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   <channel>
      <title>viXra.org e-prints</title>
      <description>Preprints from viXra.org site</description>
      <link>http://viXra.org/</link>
      <lastBuildDate>Fri Sep 03 17:11:40 BST 2010</lastBuildDate>
      <pubDate>Fri Sep 03 17:11:40 BST 2010</pubDate>
      <item>
   <title><![CDATA[Two Remarkable Ortho-Homological Triangles]]></title>
   <link>http://viXra.org/abs/1009.0006</link>
   <pubDate>2 Sep 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0006v1<br/>
     <b>title:</b>     Two Remarkable Ortho-Homological Triangles<br/>
     <b>authors:</b>   Ion P&#259;tra&#351;cu, Florentin Smarandache<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Sep 2010<br/>
     <b>abstract:</b>  
In a previous paper we have introduced the ortho-homological triangles, which are
triangles that are orthological and homological simultaneously.
In this article we call attention to two remarkable ortho-homological triangles (the given
triangle ABC and its first Brocard's triangle), and using the Sondat's theorem relative to
orthological triangles, we emphasize on four important collinear points in the geometry of the
triangle.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Case Against the First Quantization]]></title>
   <link>http://viXra.org/abs/1009.0005</link>
   <pubDate>2 Sep 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0005v1<br/>
     <b>title:</b>     A Case Against the First Quantization<br/>
     <b>authors:</b>   Nicolae Mazilu<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Sep 2010<br/>
     <b>abstract:</b>  
The blackbody radiation is an open problem, in the sense that there is no classical counterpart 
to describe the spectrum in physical terms. The usual derivation of Planck implicitly assumes 
that the spectral density is a mean for a special kind of exponential distributions. There is 
however a case where the classical statistics makes sense for the spectrum, if we consider the 
spectral density as a probability density for the values of the frequency at a certain 
temperature. We show here this case and illustrate it on contemporary COBE-FIRAS data, pointing 
out to a special tensor nature of the cosmic background radiation. Some conclusions about the 
measurement process and about the progress in general are drawn.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Method of Genenating of Primes and Its Application to the Goldbach's Conjecture]]></title>
   <link>http://viXra.org/abs/1009.0004</link>
   <pubDate>2 Sep 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0004v1<br/>
     <b>title:</b>     New Method of Genenating of Primes and Its Application to the Goldbach's Conjecture<br/>
     <b>authors:</b>   Kunikazu Tanaka<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Sep 2010<br/>
     <b>abstract:</b>  
Showing how to derive new
expressions of generating prime
numbers to demonstrate the
Goldbach's Conjecture
   ]]> </description>
</item>
<item>
   <title><![CDATA[7.0 Gev Dark Matter Candidate Could be the Missing Particle in Planck Framework]]></title>
   <link>http://viXra.org/abs/1009.0003</link>
   <pubDate>1 Sep 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0003v1<br/>
     <b>title:</b>     7.0 Gev Dark Matter Candidate Could be the Missing Particle in Planck Framework<br/>
     <b>authors:</b>   Bernard Riley<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 Sep 2010<br/>
     <b>abstract:</b>  
In a recent paper, Hooper et al. have shown that the excess of low energy
events observed by the CoGeNT collaboration and the annual modulation
observed for some years by the DAMA and DAMA/LIBRA collaborations
could be explained by a dark matter particle with a mass of approximately
7.0 GeV. Such a dark matter candidate could be the missing particle within
a framework that relates particle masses to the Planck Mass. Massive
particles occupy coincident levels and sublevels within three sequences
that descend in geometric progression, with common ratios 1/&pi;, 2/&pi; and
1/e, from the Planck Mass. The putative fundamental particles are arranged
precisely upon or, in partnership, about mass superlevels and their
coincidences within sequences with common ratios (1/&pi;)<sup>3</sup>, (2/&pi;)<sup>3</sup> and (1/e)<sup>3</sup>.
Four close superlevel coincidences, of which three are occupied, occur
within the range of mass scales from that of the electron to that of the top
quark. The fourth and uniquely precise superlevel coincidence occurs at
7.0 GeV.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Causality is Inconsistent with Quantum Field Theory]]></title>
   <link>http://viXra.org/abs/1009.0002</link>
   <pubDate>2 Sep 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0002v2<br/>
     <b>title:</b>     Causality is Inconsistent with Quantum Field Theory<br/>
     <b>authors:</b>   Fred Alan Wolf<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      2 Sep 2010<br/>
     <b>abstract:</b>  
It is shown that the usual quantum field theoretical argument for the vanishing of the 
commutator (VC) for spacelike separated fields implying causality is not tenable. For VC to 
be tenable negative energy antiparticles traveling forward in time must exist and negative 
energy particles traveling backward in time are not allowed. Hence VC denies the existence 
of positive energy antiparticles.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Causality is Inconsistent with Quantum Field Theory]]></title>
   <link>http://viXra.org/abs/1009.0002</link>
   <pubDate>1 Sep 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0002v1<br/>
     <b>title:</b>     Causality is Inconsistent with Quantum Field Theory<br/>
     <b>authors:</b>   Fred Alan Wolf<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 Sep 2010<br/>
     <b>abstract:</b>  
It is shown that the usual quantum field theoretical argument for the vanishing of the commutator (VC) 
for spacelike separated fields implying causality is not tenable. For VC to be tenable negative 
energy antiparticles traveling forward in time must exist and negative energy particles traveling 
backward in time are not allowed. Hence VC denies the existence of positive energy antiparticles.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Supplying Conditions for Having up to 1000 Degress of Freedom in the Onset of Inflation, Instead of 2 to 3 Degrees of Freedom, Today, in Space-Time.]]></title>
   <link>http://viXra.org/abs/1009.0001</link>
   <pubDate>3 Sep 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0001v2<br/>
     <b>title:</b>     Supplying Conditions for Having up to 1000 Degress of Freedom in the Onset of Inflation, Instead of 2 to 3 Degrees of Freedom, Today, in Space-Time.<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      3 Sep 2010<br/>
     <b>abstract:</b>  
The following document attempts to answer the role additional degrees of freedom have as to
initial inflationary cosmology. A comparison is made to two representations of a scale
evolutionary Friedman equation, with one of the equations based upon LQG, and another
involving an initial Hubble expansion parameter with initial temperature
T<sub>Planck</sub> ~ 10<sup>19</sup> GeV 
 used as an input into T<sup>4</sup> times N(T). The upshot is that initial assumptions as
to the number of degrees of freedom has for T<sub>Planck</sub>
~ 10<sup>19</sup> GeV a maximum value of N(T)~ 10<sup>3</sup> .
Making that upper end approximation for the value of permissible degrees of freedom is
dependent upon a minimum grid size length as of about l<sub>Planck</sub> ~ 10<sup>33</sup> centimeters. Should the
minimum uncertainty and permissible grid size for space time be significantly higher than be
much higher than l<sub>Planck</sub> ~ 10<sup>33</sup> centimeters, the net effect will be to reduce to top level value of
N(T)~ 10<sup>3</sup> to something lower. The author submits that such degrees of freedom is important for
initial configurations for the initial configuration of the arrow of time , i.e entropy growth for
reasons which will be made clear in the manuscript.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Supplying Conditions for Having up to 1000 Degress of Freedom in the Onset of Inflation, Instead of 2 to 3 Degrees of Freedom, Today, in Space-Time.]]></title>
   <link>http://viXra.org/abs/1009.0001</link>
   <pubDate>1 Sep 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1009.0001v1<br/>
     <b>title:</b>     Supplying Conditions for Having up to 1000 Degress of Freedom in the Onset of Inflation, Instead of 2 to 3 Degrees of Freedom, Today, in Space-Time.<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 Sep 2010<br/>
     <b>abstract:</b>  
The following document attempts to answer the role additional degrees of freedom have as to
initial inflationary cosmology. A comparison is made to two representations of a scale
evolutionary Friedman equation, with one of the equations based upon LQG, and another
involving an initial Hubble expansion parameter with initial temperature
T<sub>Planck</sub> ~ 10<sup>19</sup> GeV 
 used as an input into T<sup>4</sup> times N(T). The upshot is that initial assumptions as
to the number of degrees of freedom has for T<sub>Planck</sub>
~ 10<sup>19</sup> GeV a maximum value of N(T)~ 10<sup>3</sup> .
Making that upper end approximation for the value of permissible degrees of freedom is
dependent upon a minimum grid size length as of about l<sub>Planck</sub> ~ 10<sup>33</sup> centimeters. Should the
minimum uncertainty and permissible grid size for space time be significantly higher than be
much higher than l<sub>Planck</sub> ~ 10<sup>33</sup> centimeters, the net effect will be to reduce to top level value of
N(T)~ 10<sup>3</sup> to something lower. The author submits that such degrees of freedom is important for
initial configurations for the initial configuration of the arrow of time , i.e entropy growth for
reasons which will be made clear in the manuscript.
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Hypothesis on the Nature of Light]]></title>
   <link>http://viXra.org/abs/1008.0093</link>
   <pubDate>31 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0093v1<br/>
     <b>title:</b>     A Hypothesis on the Nature of Light<br/>
     <b>authors:</b>   J. Arnold<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 Aug 2010<br/>
     <b>abstract:</b>  
It is proposed that light is at absolute rest, its apparent motion being the reflection
of the motion of mass in time. The hypothesis resolves the paradox of the
apparent wave/particle duality of light, accounts for its speed being invariant and
a limit, explains numerous other peculiarities of its behavior, and identifies the
motion of mass in time as the source of gravitational energy.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Tides ( According to &quot;Hypothesis on MATTER&quot; )]]></title>
   <link>http://viXra.org/abs/1008.0092</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0092v1<br/>
     <b>title:</b>     Tides ( According to &quot;Hypothesis on MATTER&quot; )<br/>
     <b>authors:</b>   Nainan K. Varghese<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
Present explanations on mechanism of tides are based either on centrifugal action or
on gravitational attraction. Centrifugal force (due to motion of a body in circular path), used in
analytical solutions, is an imaginary effort. Explanations, based on actions by an imaginary
effort, cannot be factually correct. One of the fundamental assumptions used to derive the
equation for gravitational attraction is that whole matter content (mass) of each body is
concentrated at its centre. This makes it illogical to assume that different parts of same body
have different magnitudes of gravitational attraction towards another body. Therefore,
explanations on tides, based on differences in gravitational attractions on different parts of
bodies, are perversions of present theory on gravitational attraction. Apparent orbital motion
of a body about epicentre of a system is also used in some explanations. In nature, no free
body can orbit around another moving body [3] in geometrically closed path. Orbital path of
earth about the sun (or that of moon about earth) is not circular or elliptical around a central
body but it zigzags about sun's (earth's) median path in space. Hence, an explanation based on
revolution of earth around an epicentre is pure imagination. According to current rules of
dynamics, more than one external linear effort on a rigid body can produce only one resultant
linear motion. Yet, earth experiences distinctly separate sets of tides from central forces
towards moon and sun. Only logical reason for lunar tides to be greater than solar tides is that
the central force between earth and moon is greater than that between earth and sun. This
cannot be substantiated by current gravitational laws.
This article attempts to give a simple and logical explanation to tidal mechanism, based on a
radically different dynamics, put forward in 'Hypothesis on MATTER [1]. Tides are caused
by (accelerating) actions of external efforts on a linearly moving spinning-body. Each external
effort alters shape of the spinning body, separately, to produce its own set of tides. Change in
the shape of a spinning body, rather than displacement of its parts, cause tides. Absolute linear
motion of the spinning body shifts zenith points of tides from local meridians facing the sun
(or moon) and on opposite side. Orbital motion of a spinning body enhances deflection of
tides from local meridian. Displacement of ocean water in the direction of moving tide is
superficial and it cannot produce tidal drag on earth's solid core body.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Unifying Field in Logics: Neutrosophic Logic. Neutrosophy, Neutrosophic Set, Neutrosophic Probability and Statistics]]></title>
   <link>http://viXra.org/abs/1008.0091</link>
   <pubDate>31 Aug 2010</pubDate>
   <category>Set Theory and Logic</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0091v1<br/>
     <b>title:</b>     A Unifying Field in Logics: Neutrosophic Logic. Neutrosophy, Neutrosophic Set, Neutrosophic Probability and Statistics<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Set Theory and Logic<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 Aug 2010<br/>
     <b>abstract:</b>  
It was a surprise for me when in 1995 I received a manuscript from the mathematician,
experimental writer and innovative painter Florentin Smarandache, especially because the
treated subject was of philosophy - revealing paradoxes - and logics.
He had generalized the fuzzy logic, and introduced two new concepts:
a) &quot;neutrosophy&quot; - study of neutralities as an extension of dialectics;
b) and its derivative &quot;neutrosophic&quot;, such as &quot;neutrosophic logic&quot;, &quot;neutrosophic set&quot;,
&quot;neutrosophic probability&quot;, and &quot;neutrosophic statistics&quot; and thus opening new ways
of research in four fields: philosophy, logics, set theory, and probability/statistics.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Interval Groupoids]]></title>
   <link>http://viXra.org/abs/1008.0090</link>
   <pubDate>31 Aug 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0090v1<br/>
     <b>title:</b>     Interval Groupoids<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, Moon Kumar Chetry<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 Aug 2010<br/>
     <b>abstract:</b>  
This book introduces several new classes of groupoid, like
polynomial groupoids, matrix groupoids, interval groupoids,
polynomial interval groupoids, matrix interval groupoids and
their neutrosophic analogues.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (441)-(490)]]></title>
   <link>http://viXra.org/abs/1008.0089</link>
   <pubDate>30 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0089v1<br/>
     <b>title:</b>     The New Prime Theorem (441)-(490)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Aug 2010<br/>
     <b>abstract:</b>  
Using Jiang function we are able to prove almost all prime problems in prime distribution. This
is the Book proof. In this paper using Jiang function J<sub>2</sub>(&omega;) we prove that the new prime
theorems (441)-(490) contain infinitely many prime solutions and no prime solutions.From (6)
we are able to find the smallest solution. &pi;<sub>k</sub>(N<sub>0</sub>,2) &ge; 1. This is the Book theorem.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (9): Proved Hardy-Littlewood Conjecture (A)]]></title>
   <link>http://viXra.org/abs/1008.0088</link>
   <pubDate>31 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0088v1<br/>
     <b>title:</b>     Goldbach' Conjecture (9): Proved Hardy-Littlewood Conjecture (A)<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 Aug 2010<br/>
     <b>abstract:</b>  
We have inclusion-exclusion formula of &pi;(N) and inclusion-exclusion formula of r<sub>2</sub>(N). Make use of 
inclusion-exclusion formula, we can obtain Hardy-Littlewood Conjecture (A).
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (541)-(590)]]></title>
   <link>http://viXra.org/abs/1008.0087</link>
   <pubDate>30 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0087v1<br/>
     <b>title:</b>     The New Prime Theorem (541)-(590)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Aug 2010<br/>
     <b>abstract:</b>  
Using Jiang function we are able to prove almost all prime problems in prime distribution. This
is the Book proof. In this paper using Jiang function J<sub>2</sub>(&omega;) we prove that the new prime
theorems (541)-(590) contain infinitely many prime solutions and no prime solutions.From (6)
we are able to find the smallest solution. &pi;<sub>k</sub>(N<sub>0</sub>,2) &ge; 1. This is the Book theorem.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (491)-(540)]]></title>
   <link>http://viXra.org/abs/1008.0086</link>
   <pubDate>30 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0086v1<br/>
     <b>title:</b>     The New Prime Theorem (491)-(540)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Aug 2010<br/>
     <b>abstract:</b>  
Using Jiang function we are able to prove almost all prime problems in prime distribution. This
is the Book proof. In this paper using Jiang function J<sub>2</sub>(&omega;) we prove that the new prime
theorems (491)-(540) contain infinitely many prime solutions and no prime solutions.From (6)
we are able to find the smallest solution. &pi;<sub>k</sub>(N<sub>0</sub>,2) &ge; 1. This is the Book theorem.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Earth History from the Ancient Texts and It's Relevance to the Science]]></title>
   <link>http://viXra.org/abs/1008.0085</link>
   <pubDate>29 August 2010</pubDate>
   <category>Geophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0085v1<br/>
     <b>title:</b>     Earth History from the Ancient Texts and It's Relevance to the Science<br/>
     <b>authors:</b>   Karunakar Marasakatla<br/>
     <b>category:</b>  Geophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 August 2010<br/>
     <b>abstract:</b>  
Ancient descriptions of beginning of the Earth and the global deluge are relevant to 
the Earth history. Beginning of the Earth or beginning of the time appears to be the 
beginning of the Supercontinent cycle on the surface of the Earth around 2800 million 
years ago. Since then, six Supercontinent cycles were completed on the surface of the 
Earth and the present is the seventh cycle. Global deluge appears to be the 
description of the rise in sea level occurred with the breakup of each Supercontinent. 
Therefore global deluge occurs in the beginning of every Supercontinent cycle. 
Descriptions of the Manvantara cycles, seven Earths and seven Karshvars are similar 
to the Supercontinent cycles.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Cause, Origin and Continuation of Plate Tectonics]]></title>
   <link>http://viXra.org/abs/1008.0084</link>
   <pubDate>29 August 2010</pubDate>
   <category>Geophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0084v1<br/>
     <b>title:</b>     Cause, Origin and Continuation of Plate Tectonics<br/>
     <b>authors:</b>   Karunakar Marasakatla<br/>
     <b>category:</b>  Geophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 August 2010<br/>
     <b>abstract:</b>  
Cause of the Earth's surface manifestations appears to be external to the Earth. 
Gravitational attraction of the galactic center causes the tides to form in the 
mantle of the Earth when the solar system reaches the nearest position to the 
galactic center. Pair of troughs takes shape in the mantle adjacent to the tides 
as the low and high tides in the ocean. Upwelling tides or megablobs breaks the 
continental crust and disperses the plates towards the troughs on the surface. 
In the subsequent cycle, when the solar system again reaches the nearest position 
to the galactic center, megablobs interchange with the troughs and reassemble 
the continental crust. In other words, two galactic cycles of the solar system 
makes one Supercontinent cycle on the surface of the Earth. It appears that the 
Supercontinent cycle started on the Earth around 2800 million years ago. 
Nucleation of the inner core was initiated in this period with the beginning of 
the Plate tectonics. Supercontinent cycle continues as long as the solar system 
revolves around the galactic center in the presence of liquid outer core in the 
interior and water on the surface of the Earth.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Tectonic Pause: Towards the Unification of Earth Sciences]]></title>
   <link>http://viXra.org/abs/1008.0083</link>
   <pubDate>29 August 2010</pubDate>
   <category>Geophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0083v1<br/>
     <b>title:</b>     Tectonic Pause: Towards the Unification of Earth Sciences<br/>
     <b>authors:</b>   Karunakar Marasakatla<br/>
     <b>category:</b>  Geophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 August 2010<br/>
     <b>abstract:</b>  
Life on Earth reels under the Supercontinent cycles. Every Supercontinent forms 
with the collision and merger of all the plates causing a &quot;tectonic pause&quot;. 
Reduced seafloor spreading and albedo advances the ice sheets towards the equator. 
Massive ice sheets cover the ocean and whole or part of the Supercontinent causing 
a global ice age or snowball Earth event. Base of the continents further sinks 
into the mantle with the increased weight of the ice sheets. Increased pressure 
within the mantle forms as a superplume under the Supercontinent and eventually 
breaks the Supercontinental crust giving the new plates. Superplume with the 
increased seafloor spreading and the albedo causes a severe global warming and 
rapidly melts the ice sheets, exiting the global ice age. Rapid melting of the 
ice sheets floods the lowered continental regions. Isostacy gradually uplifts 
the submerged continental crust above the sea level. Each break in the crust 
causes a global warming and merger of plates causes an ice age. Mass extinctions 
occur in the ice age and global warming periods. Evolution takes place in the 
post global warming period. Ice ages and global warming forms the distinct 
boundaries in the sedimentary layers.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Set of Conjectures on Smarandache Sequences]]></title>
   <link>http://viXra.org/abs/1008.0082</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0082v1<br/>
     <b>title:</b>     A Set of Conjectures on Smarandache Sequences<br/>
     <b>authors:</b>   Sylvester Smith<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
Searching through the Archives of the Arizona State University,
I found interesting sequences of numbers and problems
related to them. I display some of them, and the readers
are welcome to contribute with solutions or ideas.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache's Minimum Theorem in the Einstein Relativistic Velocity Model of Hyperbolic Geometry]]></title>
   <link>http://viXra.org/abs/1008.0081</link>
   <pubDate>28 Aug 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0081v1<br/>
     <b>title:</b>     Smarandache's Minimum Theorem in the Einstein Relativistic Velocity Model of Hyperbolic Geometry<br/>
     <b>authors:</b>   Catalin Barbu<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 Aug 2010<br/>
     <b>abstract:</b>  
In this note, we present a proof to the Smarandache's Minimum Theorem in the Einstein
Relativistic Velocity Model of Hyperbolic Geometry.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (391)-(440)]]></title>
   <link>http://viXra.org/abs/1008.0080</link>
   <pubDate>27 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0080v1<br/>
     <b>title:</b>     The New Prime Theorem (391)-(440)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      27 Aug 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (391)-(440) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Entropy Shows that Global Warming Should Cause Increased Variability in the Weather]]></title>
   <link>http://viXra.org/abs/1008.0079</link>
   <pubDate>27 Aug 2010</pubDate>
   <category>Geophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0079v1<br/>
     <b>title:</b>     Entropy Shows that Global Warming Should Cause Increased Variability in the Weather<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  Geophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      27 Aug 2010<br/>
     <b>abstract:</b>  
Elementary physical reasoning seems to leave it inevitable that global
warming would increase the variability of the weather. The first two terms in
an approximation to the global entropy may be used to show that global
warming has increased the free energy available to drive the weather, and that
the variance of the weather is expected to have increased correspondingly.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Approximations of the Fine Structure Constant Reciprocal]]></title>
   <link>http://viXra.org/abs/1008.0077</link>
   <pubDate>26 Aug 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0077v1<br/>
     <b>title:</b>     Approximations of the Fine Structure Constant Reciprocal<br/>
     <b>authors:</b>   J. S. Markovitch<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Aug 2010<br/>
     <b>abstract:</b>  
A &quot;brute force&quot; computer search was made for the most accurate approximations of the experimental 
fine structure constant reciprocal in the form (A^a - D^d)/B^b + C^c - E^e, where A, B, C, D, and E were 
integers ranging from 0 to 30, while the exponents a, b, and c, were integers ranging from 0 to 3, and d 
and e were integers ranging from 0 to -3. Within these restrictions, and ignoring all trivial variants, a 
fit better than or equal to 137.036 was achieved only twice, by (10^3
- 10^-3)/3^3 + 10^2 - 10^-3 = 137.036 and (22^3 - 2^-1)/25^2 + 11^2 - 1^-1 = 137.036, 
where the search employed a fine structure constant inverse equaling its 2006 CODATA 
value of 137.035999679. The comparative simplicity of the first of these approximations, its symmetrical 
reuse of the constant 10, and the small size of its integers, together suggest its origin may be physical, 
and that the integers 10 and 3 may be important physical constants.


   ]]> </description>
</item>
<item>
   <title><![CDATA[A Note on Astrometric Data and Time Varying Sun-Earth Distance in the Light of Carmeli Metric]]></title>
   <link>http://viXra.org/abs/1008.0076</link>
   <pubDate>30 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0076v2<br/>
     <b>title:</b>     A Note on Astrometric Data and Time Varying Sun-Earth Distance in the Light of Carmeli Metric<br/>
     <b>authors:</b>   V. Christianto<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      30 Aug 2010<br/>
     <b>abstract:</b>  
In this note, we describe shortly time varying Sun-Earth distance in the light of Carmeli
metric and compare the result with recent astrometric data. The graphical plot suggests
that there should be linear-linear correspondence between Sun-planets distances and their
time variation.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Note on Astrometric Data and Time Varying Sun-Earth Distance in the Light of Carmeli Metric]]></title>
   <link>http://viXra.org/abs/1008.0076</link>
   <pubDate>26 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0076v1<br/>
     <b>title:</b>     A Note on Astrometric Data and Time Varying Sun-Earth Distance in the Light of Carmeli Metric<br/>
     <b>authors:</b>   V. Christianto<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Aug 2010<br/>
     <b>abstract:</b>  
In this note, we describe shortly time varying Sun-Earth distance in the light of Carmeli
metric and compare the result with recent astrometric data. The graphical plot suggests
that there should be linear-linear correspondence between Sun-planets distances and their
time variation.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Why Trimmer et Al. &quot;Did not Detect&quot; Aether Wind in 1973?]]></title>
   <link>http://viXra.org/abs/1008.0075</link>
   <pubDate>26 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0075v1<br/>
     <b>title:</b>     Why Trimmer et Al. &quot;Did not Detect&quot; Aether Wind in 1973?<br/>
     <b>authors:</b>   V.V.Demjanov<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Aug 2010<br/>
     <b>abstract:</b>  
&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; In 1960s several authors began independently studies of the 
interferometric detection of &quot;aether wind&quot; using in the device optical media. Shamir&Fox in 1969 
made measurements on the plexiglas and declared them &quot;negative&quot; (whereas they registered the shift 
of the fringe at ~1/3000 of its width, and &quot;determined&quot; a corresponding to it velocity of aether 
wind ~6.6 km/s). In 1973 Trimmer et al. mounted at the one-armed device the glass optics and 
registered with a big resolution the shift of the interference fringe (at most ~10<sup>&ndash;6</sup> 
of its width) and determined by it the speed of &quot;aether wind&quot; ~3.8 cm/s. This result enhanced still 
more the confidence in that the attempts to detect aether are unfavorable. However, my results of 
the same years being favorable fell out of the common line of &quot;negative&quot; verdicts to aether. I 
managed to register on gases, liquids and solid optical materials million times greater relative 
fringe shifts (0.01&#247;5.0), revealed the horizontal projection of the aether wind velocity 
hundreds km/s. Since my results &quot;weakened the experimental foundation of special relativity&quot;, 
their publishing is rejected until now.<br>
 &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; In the current report I argue reasonably, relying on my experience, that Trimmer et al. (as well as Shamir &Fox),  actually obtained positive results in their measurements of aether wind which amounts to several hundreds km/s, proceeding from the declared by them resolution of their experimental units. I believe their experimental data. But I guess that they were faced with hidden artefacts in the interferometer with solid optic materials and not aware of it. The theory used by them for processing the measurements of the interference fringe shift obtained is not appropriate for interferometers with solid optical materials. I have found the possible reason why Trimmer et al. did not reveal the experimental facts undermining theories repudiating aether.

   ]]> </description>
</item>
<item>
   <title><![CDATA[An Explanation of Redshift in a Static Universe]]></title>
   <link>http://viXra.org/abs/1008.0074</link>
   <pubDate>26 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0074v1<br/>
     <b>title:</b>     An Explanation of Redshift in a Static Universe<br/>
     <b>authors:</b>   Lyndon Ashmore<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Aug 2010<br/>
     <b>abstract:</b>  
A review of the literature on the Lyman alpha forest gives direct evidence on the dynamics of the 
universe. In an expanding universe one would expect the average temperature of the universe to fall 
as it expands - but a review of the Doppler parameters of the Hydrogen clouds in Quasar spectra 
shows that contrary to this, they are increasing in temperature (or at least, becoming increasingly 
disturbed) as the universe ages. Addition-ally, in an expanding universe, hydrogen clouds must become 
further apart with time, so, as redshift increases, the clouds would be closer together. Instead, 
the evidence is that, on average, they are evenly spaced up to a redshift of one - if not beyond. 
How can this be so if the universe is expanding? Especially since this range of redshifts includes 
the supernovae data used to show 'acceleration' and so called 'time dilation.' Taking these results 
in isolation implies that the universe has been static for at least the last billion years or so 
and therefore a new model of redshift is needed to explain redshifts in a static universe.
The model proposed here is that in a static universe, photons of light from distant galaxies are 
absorbed and reemitted by electrons in the plasma of intergalactic space and on each interaction 
the electron recoils. Energy is lost to the recoiling electron (New Tired Light theory) and thus 
the reemitted photon has less energy, a reduced frequency and therefore an increased wavelength. 
It has been redshifted. The Hubble relationship be-comes 'photons of light from a galaxy twice as 
far away, make twice as many interactions with the electrons in the plasma of IG space, lose twice 
as much energy and undergo twice the redshift.' A relationship between redshift and distance is 
found and, using published values of collision cross-sections and number density of electrons in 
IG space, a value for the Hubble constant is derived which is in good agreement with measured 
values. Assuming that the energy transferred to the recoiling electron is emitted as secondary 
radiation; the wavelength is calculated and found to be consistent with the wavelengths of the CMB. 
On the basis that plasma clouds result in periodicity or 'quantised' galaxy redshifts it is shown 
that the average spacing between hydrogen clouds (z = 0.026) compares favourably with an average 
spacing between galaxy clusters (z = 0.023). A test of this theory in the laboratory is proposed 
whereby a high powered laser could be fired through sparse cold plasma and the theories predicted 
increase in emission of microwave radiation of a particular frequency determined.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Proposed Recoil Interaction Between Photons and the Electrons in the Plasma of Intergalactic Space Leading to the Hubble Constant and CMB]]></title>
   <link>http://viXra.org/abs/1008.0073</link>
   <pubDate>26 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0073v1<br/>
     <b>title:</b>     A Proposed Recoil Interaction Between Photons and the Electrons in the Plasma of Intergalactic Space Leading to the Hubble Constant and CMB<br/>
     <b>authors:</b>   Lyndon Ashmore<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Aug 2010<br/>
     <b>abstract:</b>  
The Hubble diagram for type Ia Supernovae gives the value of the Hubble constant, H as 64&plusmn;3 km/s Mpc<sup>-1</sup> which, 
in SI units, is equal to 'hr<sub>e</sub>/m<sub>e</sub> per unit volume of space' 
(2.1x10<sup>-18</sup> s<sup>-1</sup>). This coincidence could suggest a 
relationship between H and the electrons in the plasma of intergalactic space that act collectively and 
oscillate if displaced. The possibility that light from distant galaxies is absorbed and reemitted by the 
electrons is considered with the electron recoiling on both occasions. A double M&ouml;ssbauer effect leads to a 
redshift in the transmitted light. Introduction of the photoabsorption cross section 2r<sub>e</sub>&lambda; leads to the 
relationship H = 2n<sub>e</sub>hr<sub>e</sub>/m<sub>e</sub> giving H = 12 km/s Mpc<sup>-1</sup> when ne has 
the reported value of 
n<sub>e</sub> ~ 10<sup>-7</sup>cm<sup>-3</sup>. The small 
amount of energy transferred to the electron by recoil is radiated as bremstrahlung with a wavelength in the 
microwave region.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Gravitation, Force and Geometry]]></title>
   <link>http://viXra.org/abs/1008.0072</link>
   <pubDate>30 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0072v2<br/>
     <b>title:</b>     Gravitation, Force and Geometry<br/>
     <b>authors:</b>   J. Arnold<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      30 Aug 2010<br/>
     <b>abstract:</b>  
Gravitation is described as a uniquely geometric phenomenon, incompatible with the
concepts of force and energy, and only analogically associable with non-geometric mathematical
formalizations. In particular, the mathematical derivation of gravitational waves from the field
equations is shown to be arbitrary and physically untenable.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Gravitation, Force and Geometry]]></title>
   <link>http://viXra.org/abs/1008.0072</link>
   <pubDate>25 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0072v1<br/>
     <b>title:</b>     Gravitation, Force and Geometry<br/>
     <b>authors:</b>   J. Arnold<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      25 Aug 2010<br/>
     <b>abstract:</b>  
Gravitation is described as a uniquely geometric phenomenon, incompatible with the
concepts of force and energy, and only analogically associable with non-geometric mathematical
formalizations. In particular, the mathematical derivation of gravitational waves from the field
equations is shown to be arbitrary and physically untenable.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Earth's Charge and the Charges of the Van Allen Belts]]></title>
   <link>http://viXra.org/abs/1008.0071</link>
   <pubDate>25 Aug 2010</pubDate>
   <category>Geophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0071v1<br/>
     <b>title:</b>     Earth's Charge and the Charges of the Van Allen Belts<br/>
     <b>authors:</b>   Jacob Biemond<br/>
     <b>category:</b>  Geophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      25 Aug 2010<br/>
     <b>abstract:</b>  
In this paper three separate charges are distinguished for the Earth and its magnetosphere. First, 
it is assumed, that the Earth and its nearest atmosphere bear a net negative charge 
<i>Q</i><sub>E</sub>. Secondly, a positive charge <i>Q</i><sub>i</sub> and a negative charge 
<i>Q</i><sub>o</sub> are proposed for the inner and outer Van Allen belt, respectively. Thirdly, 
a belt with net zero charge (electron slot) will be assumed to be present between both charged 
belts. According to the three tori model, recently developed for pulsars and black holes, 
equilibrium may exist between the charges <i>Q</i><sub>E</sub>, <i>Q</i><sub>i</sub> and 
<i>Q</i><sub>o</sub>. Three expressions for the Coulomb electric field at different distances 
from Earth's centre are derived from the same model. Using available data, values for the three 
charges are deduced for the solar minimum and maximum, respectively. An averaged charge 
<i>Q</i><sub>E</sub> of about &#8722;1 C is extracted for the Earth. Some other features of 
the model are discussed, among them the flow of charge during the change from solar minimum 
to maximum. Furthermore, it is shown that the magnitude of Earth's magnetic field cannot be 
explained by the motion of the charges <i>Q</i><sub>E</sub>, <i>Q</i><sub>i</sub> and 
<i>Q</i><sub>o</sub>. In order to obtain a better explanation, the so-called Wilson-Blackett 
law is discussed. In addition, a large toroidal electric current in the Earth is proposed

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Creator and the Physicist How not to Talk Physics in the Face of God]]></title>
   <link>http://viXra.org/abs/1008.0070</link>
   <pubDate>25 Aug 2010</pubDate>
   <category>General Science and Philosophy</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0070v1<br/>
     <b>title:</b>     The Creator and the Physicist How not to Talk Physics in the Face of God<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  General Science and Philosophy<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      25 Aug 2010<br/>
     <b>abstract:</b>  
This paper is less about religion than about science. It is meant as advice to
physicists, physics teachers, biologists, or others who may find themselves
confronted by Creationism when discussion of the theory of evolution, or of other
scientific issues, is perceived as bearing on religious writings or dogma.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Wandering in the World of Smarandache Numbers]]></title>
   <link>http://viXra.org/abs/1008.0069</link>
   <pubDate>25 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0069v1<br/>
     <b>title:</b>     Wandering in the World of Smarandache Numbers<br/>
     <b>authors:</b>   A.A.K. Majumdar<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      25 Aug 2010<br/>
     <b>abstract:</b>  
It was in mid-nineties of the last century when I received a letter from Professor Ion Patrascu of
the Fratii Buzesti College, Craiova, Romania, with lots of enclosures, introducing me with this
new branch of Mathematics. Though my basic undergraduate degree is in Mathematics, my
research field at that time was Operations Research and Mathematical Programming.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Vedic Mathematics 'vedic' or 'mathematics': a Fuzzy &amp; Neutrosophic Analysis]]></title>
   <link>http://viXra.org/abs/1008.0068</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Social Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0068v1<br/>
     <b>title:</b>     Vedic Mathematics 'vedic' or 'mathematics': a Fuzzy &amp; Neutrosophic Analysis<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Social Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
Religious extremism has been the root cause of most of the
world problems since time immemorial. It has decided the fates
of men and nations. In a vast nation like India, the imposition of
religious dogma and discrimination upon the people has taken
place after the upsurge of Hindu rightwing forces in the political
arena. As a consequence of their political ascendancy in the
northern states of India, they started to rewrite school textbooks
in an extremely biased manner that was fundamentalist and
revivalist. Not only did they meddle with subjects like history
(which was their main area of operation), but they also imposed
their religious agenda on the science subjects. There was a plan
to introduce Vedic Astrology in the school syllabus across the
nation, which was dropped after a major hue and cry from
secular intellectuals.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Target Type Tracking with a New Probabilistic Belief Transformation]]></title>
   <link>http://viXra.org/abs/1008.0067</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0067v1<br/>
     <b>title:</b>     Target Type Tracking with a New Probabilistic Belief Transformation<br/>
     <b>authors:</b>   Jean Dezert, Florentin Smarandache, Albena Tchamova, Pavlina Konstantinova<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
Abstract-In this paper we analyze the performances of a
new probabilistic belief transformation, denoted DSmP, for the
sequential estimation of target ID from classifier outputs in
the Target Type Tracking problem (TTT). We complicate here
a bit the TTT problem by considering three types of targets
(Interceptor, Fighter and Cargo) and show through Monte-Carlo
simulations the advantages of DSmP over the classical pignistic
transformation which is classically used for decision-making
under uncertainty when dealing with belief assignments. Based
on our previous works for the justification of rules of combination
for TTT problem, only the Proportional Conflict Redistribution
rule and the hybrid fusion rules are considered in this work for
their ability to deal consistently with high conflicting sources of
evidence with three different belief assignment modelings.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Neutrino Oscillations: the Indefinite Mass Defined]]></title>
   <link>http://viXra.org/abs/1008.0066</link>
   <pubDate>24 Aug 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0066v1<br/>
     <b>title:</b>     Neutrino Oscillations: the Indefinite Mass Defined<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 Aug 2010<br/>
     <b>abstract:</b>  
This paper outlines the usual neutrino oscillation theory and points out the
analogy between Lyman energy eigenstates and neutrino mass eigenstates. It
then suggests several alternative interpretations of the neutrino oscillation theory
in regard to determination of the rest mass of the neutrino.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Theory of Relativity is Wrong]]></title>
   <link>http://viXra.org/abs/1008.0065</link>
   <pubDate>24 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0065v1<br/>
     <b>title:</b>     The Theory of Relativity is Wrong<br/>
     <b>authors:</b>   Emil Gigov<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 Aug 2010<br/>
     <b>abstract:</b>  
Very true scientists, such as Rutherford, Soddy, Michelson, Sagnac, Lenard, Larmor, 
McMillan and others, have claimed, that the Theory of relativity is wrong. Even Poincare 
and Einstein are hinted something similar. Classical physics is far from simple, already 
during the XIX century has been spoken about things like gravity waves, nuclear power and 
variable mass. Theory of relativity as a whole, is based only on the hypothesis, that 
the speed of light in Euclidean empty space is, invariant universal constant. But in 
reality this velocity is variable, in Newtonian sense. Newton's emission theory of light, 
has been proven through many experiments, for example by those of Michelson, Sagnac and 
Fizeau. Also, the velocity of photons in one ray, is variable with respect to lateral 
observer, and is consistent with the classical law for velocity addition.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (8): Upper Bound Estimation of Number of Goldbach' Primes]]></title>
   <link>http://viXra.org/abs/1008.0064</link>
   <pubDate>23 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0064v1<br/>
     <b>title:</b>     Goldbach' Conjecture (8): Upper Bound Estimation of Number of Goldbach' Primes<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      23 Aug 2010<br/>
     <b>abstract:</b>  
This upper bound estimation prevailed over upper bound estimation of Chen Jing Run

   ]]> </description>
</item>
<item>
   <title><![CDATA[Temperature of the Sn1987a Supernova Provides an Estimate of the Electron Neutrino Mass]]></title>
   <link>http://viXra.org/abs/1008.0063</link>
   <pubDate>23 Aug 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0063v1<br/>
     <b>title:</b>     Temperature of the Sn1987a Supernova Provides an Estimate of the Electron Neutrino Mass<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      23 Aug 2010<br/>
     <b>abstract:</b>  
Numerous upper bounds on the (anti)neutrino rest mass have been published
based on the SN1987A observations. Here, we use a nonkinematic (thermal) time
extent to provide a rest-mass estimate of a few eV (as mc2 energy), if not zero. In
the solution, we find that a typical upper-bound formula for the mass implies that
this thermal extent was attributable to about 10% of the particle energy measured
on Earth. The present approach yields an expected value for the mass, given any
theoretical or model-dependent estimate of the fraction of the detected neutrino
energy attributable to the supernova temperature.
This is a reposting of an old paper which describes an analysis protocol which can
be applied for any supernova for which a population of neutrinos is observed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Consecutive Prime Sequences (n = 1 to 100)]]></title>
   <link>http://viXra.org/abs/1008.0062</link>
   <pubDate>22 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0062v1<br/>
     <b>title:</b>     Smarandache Consecutive Prime Sequences (n = 1 to 100)<br/>
     <b>authors:</b>   Robert G. Wilson V<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      22 Aug 2010<br/>
     <b>abstract:</b>  
&quot;Smarandache consecutive sequences&quot; is the nth member of the consecutive sequence, e. g. Sm(11)=1234567891011, and RSm(11)=1110987654321.
Following is the prime version of &quot;Smarandache consecutive sequences&quot;

   ]]> </description>
</item>
<item>
   <title><![CDATA[Some Properties of the Pseudo-Smarandache Function]]></title>
   <link>http://viXra.org/abs/1008.0061</link>
   <pubDate>22 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0061v1<br/>
     <b>title:</b>     Some Properties of the Pseudo-Smarandache Function<br/>
     <b>authors:</b>   Richard Pinch<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      22 Aug 2010<br/>
     <b>abstract:</b>  
Charles Ashbacher [1] has posed a number of questions relating
to the pseudo-Smarandache function Z(n). In this note we show that
the ratio of consecutive values Z(n + 1)/Z(n) and Z(n - 1)/Z(n) are unbounded;
that Z(2n)/Z(n) is unbounded; that n/Z(n) takes every integer
value infinitely often; and that the series &Sigma;<sub>n</sub> 1/Z(n)<sup>&alpha;</sup> is convergent for any
&alpha; &gt; 1.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Gravitons Writ Large; I.e. Stability, Contributions to Early Arrow of Time, and Also Their Possible Role in re Acceleration of the Universe 1 Billion Years Ago?]]></title>
   <link>http://viXra.org/abs/1008.0060</link>
   <pubDate>22 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0060v1<br/>
     <b>title:</b>     Gravitons Writ Large; I.e. Stability, Contributions to Early Arrow of Time, and Also Their Possible Role in re Acceleration of the Universe 1 Billion Years Ago?<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      22 Aug 2010<br/>
     <b>abstract:</b>  
This document is due to a question by Debasish of the Saha institute of India asked in the Dark Side
of the Universe conference, 2010, in Leon, Mexico[1], and also is connected with issues as to the
initial configuration of the arrow of time brought up in both Rudn 10 [2], in Rencontres de Blois[3],
and Fundamental frontiers of physics 11 [4], in Paris, in July 2010. Further reference is made as to
how to reconcile early inflation with re acceleration, partly by dimensional analysis and partly due to
recounting a suggestion as by Yurov [5] , which the author thinks has merit and which ties into, to a
point with using massive gravitons as a re acceleration of the universe a billion years ago enabler, as
perhaps a variant of DE.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Tornado Genesis]]></title>
   <link>http://viXra.org/abs/1008.0059</link>
   <pubDate>21 Aug 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0059v1<br/>
     <b>title:</b>     Tornado Genesis<br/>
     <b>authors:</b>   Kiyoung Kim<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 Aug 2010<br/>
     <b>abstract:</b>  
It is inferred from the phenomenological facts of tornado that tornado itself should have a driving
force generating the updraft in the vortex of tornado. The driving force is supposed to be originated
from the electric interaction between a storm cloud and a crustal conducting body underground. The
electric interaction in tornado is considered to be similar to a lightning discharge in respect that the
electric potential is reduced between a storm cloud and the ground, but the electric discharging
process in tornado should be much slower than the lightning discharge and result in the atmospheric
vortex formation of tornado. The mechanism of tornado formation is suggested, in which Townsend
avalanche process is assumed inside the tornado vortex with a dangling conducting channel that is
embedded in the funnel cloud of tornado. The strong updraft inside the vortex of tornado is
produced by momentum diffusion process when the positively ionized air molecules move upward
under the influence of electric field inside the vortex. With the mechanism of tornado formation,
phenomenological expectations are followed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Big Boing Theory (The Exam at the End of All Exams)]]></title>
   <link>http://viXra.org/abs/1008.0058</link>
   <pubDate>21 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0058v1<br/>
     <b>title:</b>     The Big Boing Theory (The Exam at the End of All Exams)<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 Aug 2010<br/>
     <b>abstract:</b>  
Two cosmonauts had been living in an obscure compartment of the Mir Orbiter for
seven years, ever since Ground Control inadvertently omitted them from a list of return
passengers...

   ]]> </description>
</item>
<item>
   <title><![CDATA[Nonlinear Theory of Elementary Particles 3. the Mass Origin Theory]]></title>
   <link>http://viXra.org/abs/1008.0057</link>
   <pubDate>20 Aug 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0057v1<br/>
     <b>title:</b>     Nonlinear Theory of Elementary Particles 3. the Mass Origin Theory<br/>
     <b>authors:</b>   A.G. Kyriakos<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 Aug 2010<br/>
     <b>abstract:</b>  
Two hypotheses of the mass origin are examined: 1) the theory of mass, developed 
within the framework of electron theory, and 2) Higgs's mechanism of the mass 
generation of Standard Model. The advantages and disadvantages of each of them are 
shown. The connections between these two approaches and nonlinear theory of 
elementary particles are also noted.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Gravity Waves and the Constancy of the Speed of Light]]></title>
   <link>http://viXra.org/abs/1008.0056</link>
   <pubDate>20 Aug 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0056v1<br/>
     <b>title:</b>     Gravity Waves and the Constancy of the Speed of Light<br/>
     <b>authors:</b>   John R. McWhinnie<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 Aug 2010<br/>
     <b>abstract:</b>  
This paper takes two phenomena in physics, attempts to show
that the solutions to them are linked and that these solutions shall require a
radical re-think of physics
   ]]> </description>
</item>
<item>
   <title><![CDATA[Configuration of the Arrow of Time, in Initial Start of Inflation?]]></title>
   <link>http://viXra.org/abs/1008.0055</link>
   <pubDate>20 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0055v1<br/>
     <b>title:</b>     Configuration of the Arrow of Time, in Initial Start of Inflation?<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 Aug 2010<br/>
     <b>abstract:</b>  
Initial relic entropy growth is presented in the context of a zero valued chemical potential and
different formulations of overall energy values, which may be tied into massive gravitons
appearing at the onset of inflation This is contrasted with the role of gravitons with non zero rest
mass in four dimensions a billion years ago. Questions as to if an interplay between two
different regimes for 'heavy' gravity are presented s open research issues.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (7): Five Proofs that is Under Five Assumptions Term]]></title>
   <link>http://viXra.org/abs/1008.0054</link>
   <pubDate>20 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0054v1<br/>
     <b>title:</b>     Goldbach' Conjecture (7): Five Proofs that is Under Five Assumptions Term<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 Aug 2010<br/>
     <b>abstract:</b>  
According to five assumptions, get five proofs

   ]]> </description>
</item>
<item>
   <title><![CDATA[Gravitons, and the Initial Configuration of Arrow of Time in Inflation?. Part 2, of a Discussion Started at Rudn 10, in Moscow, June 30, 2010]]></title>
   <link>http://viXra.org/abs/1008.0053</link>
   <pubDate>20 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0053v1<br/>
     <b>title:</b>     Gravitons, and the Initial Configuration of Arrow of Time in Inflation?. Part 2, of a Discussion Started at Rudn 10, in Moscow, June 30, 2010<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 Aug 2010<br/>
     <b>abstract:</b>  
This investigation sets forth initial conditions for a start of the arrow of time in cosmology based
upon the idea that of having initil degrees of freedom set as g<sub>star</sub> ~ 1000 initially , instead of a
maximum value of g<sub>star</sub> ~ 100 - 120 for the number of degrees of freedom during the electro
weak era.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Is Initial Data for Cosmological Arrow of Time Emerging Due to Inflation Start?]]></title>
   <link>http://viXra.org/abs/1008.0052</link>
   <pubDate>19 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0052v1<br/>
     <b>title:</b>     Is Initial Data for Cosmological Arrow of Time Emerging Due to Inflation Start?<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 Aug 2010<br/>
     <b>abstract:</b>  
We ask if setting the vanishing chemical potential limit &mu; -> 0 with
entropy S &prop; T<sup>3</sup> [1] for a number of degrees of freedom significantly
greater than the standard electroweak value of g<sub>star</sub> ~ 100 - 120, do we
have a new foundation for the arrow of time in quantum cosmology
with inflation?
   ]]> </description>
</item>
<item>
   <title><![CDATA[Covariant Energy-Momentum Conservation in General Relativity with Cosmological Constant]]></title>
   <link>http://viXra.org/abs/1008.0051</link>
   <pubDate>18 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0051v1<br/>
     <b>title:</b>     Covariant Energy-Momentum Conservation in General Relativity with Cosmological Constant<br/>
     <b>authors:</b>   Philip Gibbs<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      18 Aug 2010<br/>
     <b>abstract:</b>  
A covariant formula for conserved currents of energy, momentum and angular-momentum is 
derived from a general form of Noether's theorem applied directly to the Einstein-Hilbert 
action of classical general relativity. Energy conservation in closed and flat big-bang 
cosmologies including cosmic radiation and dark energy is discussed as special cases. 
Special care is taken to distinguish between kinematic and dynamic expressions.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Could Gravitons from Prior Universe Survive Quantum Bounce to Reappear in Present Universe]]></title>
   <link>http://viXra.org/abs/1008.0050</link>
   <pubDate>18 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0050v1<br/>
     <b>title:</b>     Could Gravitons from Prior Universe Survive Quantum Bounce to Reappear in Present Universe<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      18 Aug 2010<br/>
     <b>abstract:</b>  
We ask the question if an entropy S = E/T with a usual value
ascribed of initial entropy S ~ 10<sup>5</sup> of the onset of inflation can allow
an order of magnitude resolution of the question of if there could be a
survival of a graviton from a prior to the present universe, using typical
Planckian peak temperature values of T ~ 10<sup>19</sup> GeV. We obtain the
values consistent with up to 1038 gravitons contributing to an energy
value of E ~ 10<sup>24</sup> GeV if we assume a relic energy contribution based
upon each graviton initially exhibiting a frequency spike of 1010 Hz.
The value of E ~ 10<sup>24</sup> GeV is picked from looking at the aftermath of
what happens if there exists a quantum bounce with a peak density
value of &rho;<sub>maximum</sub> ~ 2.07 &rho;<sub>Planck</sub> as has been considered recently by
P. Malkiewicz and W. Piechocki [15] in the LQG bounce regime radii
of the order of magnitude of l ~ 10<sup>35</sup> meters. In this paper estimates
specifically avoids using S = (E - &mu;N)/T are done, by setting vanishing
chemical potential &mu; = 0 for ultra high temperatures. Finally
we compare briefly the obtained results with the ones recently investigated
by G. 't Hooft [20] and L.A. Glinka [21, 22].

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Model of the Proton]]></title>
   <link>http://viXra.org/abs/1008.0049</link>
   <pubDate>17 Aug 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0049v1<br/>
     <b>title:</b>     A Model of the Proton<br/>
     <b>authors:</b>   R. Wayte<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Aug 2010<br/>
     <b>abstract:</b>  
AA geometrical/mechanical model of the proton is developed which satisfies
general empirical features. A Yukawa / Paris-type potential due to a mesonic field is
incorporated into Einstein's equations of general relativity to predict a hadronic force
constant, stronger than the fine structure constant by (137/&radic;3) times Proton mass is
expressed in terms of muonic mass building-blocks. Analysis of the magnetic moment
allows substructure modelling, incorporating 2 grades of triplets. Creation of these
component parts is described in terms of action-integrals. The gluon field energy holding
the triplets together is related to total energy. Uniqueness of electromagnetic charge is
attributed to a governing action principle. Finally, a neutron model has been proposed,
consisting of a proton core orbited by a heavy-electron.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Model of the Muon]]></title>
   <link>http://viXra.org/abs/1008.0048</link>
   <pubDate>17 Aug 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0048v1<br/>
     <b>title:</b>     A Model of the Muon<br/>
     <b>authors:</b>   R. Wayte<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Aug 2010<br/>
     <b>abstract:</b>  
A geometrical/mechanical model of the muon has been developed based on a
previous detailed model of the electron and the fine structure constant. The anomalous
magnetic moment and lifetime have been calculated in terms of muon component parts.
Known features of the tauon have also been related to the muon.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Model of Charmonium]]></title>
   <link>http://viXra.org/abs/1008.0047</link>
   <pubDate>17 Aug 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0047v1<br/>
     <b>title:</b>     A Model of Charmonium<br/>
     <b>authors:</b>   R. Wayte<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Aug 2010<br/>
     <b>abstract:</b>  
A geometrical/mechanical model of charmonium has been developed, based on the
logarithmic confinement potential. The quark and antiquark pair orbit around the centre of mass,
with their gluon and colour fields contained within a torus structure of characteristic radius.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Doppler Shift Reveals Light Speed Variation]]></title>
   <link>http://viXra.org/abs/1008.0046</link>
   <pubDate>17 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0046v1<br/>
     <b>title:</b>     Doppler Shift Reveals Light Speed Variation<br/>
     <b>authors:</b>   Stephan J. G. Gift<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Aug 2010<br/>
     <b>abstract:</b>  
Light speed variation relative to a moving observer occurring
according to classical velocity composition is demonstrated using
Doppler Shift. This directly contradicts the light speed invariance
postulate of special relativity and confirms ether drift.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Transition of Expansion Acceleration of the Universe Through Negative Mass]]></title>
   <link>http://viXra.org/abs/1008.0045</link>
   <pubDate>16 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0045v1<br/>
     <b>title:</b>     Transition of Expansion Acceleration of the Universe Through Negative Mass<br/>
     <b>authors:</b>   Hyoyoung Choi<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Aug 2010<br/>
     <b>abstract:</b>  
This letter explains that density of positive mass and negative mass is almost uniformly throughout the whole
universe, but density of positive mass and negative mass included in a random universe radius R can be different
from each other. Like this, positive, zero, negative values of total gravitational potential energy are all possible
due to density difference of positive mass and negative mass included in a random universe radius R. This letter
is showing possibility in explaining the decelerating expansion and accelerating expansion due to density difference
of positive mass and negative mass because negative mass and positive mass conducts different forms of movement
depending on the density difference of positive mass and negative mass. As change of total gravitational potential
energy sign occurs from UT=0 and total gravitational potential energy oscillates based on 0. This provides valid
explanation regarding to the problems of the 
atness of the universe and fine tuning.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Degrees of Freedom: a Correction to Chi Square for Physical Hypotheses]]></title>
   <link>http://viXra.org/abs/1008.0044</link>
   <pubDate>16 Aug 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0044v1<br/>
     <b>title:</b>     Degrees of Freedom: a Correction to Chi Square for Physical Hypotheses<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Aug 2010<br/>
     <b>abstract:</b>  
In common practice, degrees of freedom (df) may be corrected for the number of
theoretical free parameters as though parameters were the same as data categories.
However, a free physical parameter generally is not equivalent to a data category in
terms of goodness of the fit.
Here we use synthetic, nonrandom data to show the effect of choice of
categorization and df on goodness of fit. We then explain the origin of the df
problem and show how to avoid it in a three-step process:
First, the theoretical curve is fit to the data to remove its
variance, leaving what, under the null hypothesis, should be
structureless residuals.
Second, the residuals are fit by a set of orthogonal polynomials up
to the degree, should it occur, at which significant variance was
removed.
Third, the number of nonsignificant polynomial terms in the
original + orthogonal set become the df in a standard chi square
test.
This process reduces a general df problem to one of polynomial df and allows
goodness of a fit to be determined by data categorization and significance level
alone. An example is given of an evaluation of physical data on neutrino
oscillation.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Differentiable Structures on Real Grassmannians]]></title>
   <link>http://viXra.org/abs/1008.0043</link>
   <pubDate>16 Aug 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0043v1<br/>
     <b>title:</b>     Differentiable Structures on Real Grassmannians<br/>
     <b>authors:</b>   Jeidsan A. C. Pereira<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Aug 2010<br/>
     <b>abstract:</b>  
Given a vector space V of dimension n and a natural number k &lt; n, the
grassmannian G<sub>k</sub>(V) is defined as the set of all subspaces W &sub; V such that
dim(W) = k. In the case of V = R<sup>n</sup>, G<sub>k</sub>(V) is the set of k-fl
ats in R<sup>n</sup> and
is called real grassmannian [1]. Recently the study of these manifolds has
found applicability in several areas of mathematics, especially in Modern
Differential Geometry and Algebraic Geometry. This work will build two
differential structures on the real grassmannian, one of which is obtained as a
quotient space of a Lie group [1], [3], [2], [7]
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[An Interpretation of the Laws of Gravity and Inertia]]></title>
   <link>http://viXra.org/abs/1008.0042</link>
   <pubDate>13 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0042v2<br/>
     <b>title:</b>     An Interpretation of the Laws of Gravity and Inertia<br/>
     <b>authors:</b>   Giuliano Bettini<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      13 Aug 2010<br/>
     <b>abstract:</b>  
Ideas on a source of inertia from fixed stars have crossed Physics least Mach
onwards. Equations &quot;Maxwell-like&quot; for gravitation and inertia were obtained by
several authors as a subspecies of the simplified theory of General Relativity. A
precursor was Dennis Sciama.
Introducing a four-potential, I submit here a tentative interpretation of our laws about
gravity and inertia, in complete analogy with electromagnetism.
In classical mechanics is not introduced, usually, a four potential.
The field produced by this four-potential describes both gravitational and inertial
forces.
Admit the gauge transformation on potential is equivalent to enunciate the
equivalence principle, and vice versa.
Inertial forces (ex. Coriolis force) are interpreted as a field action.
All the inertia is interpreted as a field action.
The physical presence of this field seems to be a fact, even more concrete the usual
admission of inertial &quot;fictitious forces&quot;.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[An Interpretation of the Laws of Gravity and Inertia]]></title>
   <link>http://viXra.org/abs/1008.0042</link>
   <pubDate>12 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0042v1<br/>
     <b>title:</b>     An Interpretation of the Laws of Gravity and Inertia<br/>
     <b>authors:</b>   Giuliano Bettini<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Aug 2010<br/>
     <b>abstract:</b>  
Ideas on a source of inertia from fixed stars have crossed Physics least Mach
onwards. Equations &quot;Maxwell-like&quot; for gravitation and inertia were obtained by
several authors as a subspecies of the simplified theory of General Relativity. A
precursor was Dennis Sciama.
Introducing a four-potential, I submit here a tentative interpretation of our laws about
gravity and inertia, in complete analogy with electromagnetism.
In classical mechanics is not introduced, usually, a four potential.
The field produced by this four-potential describes both gravitational and inertial
forces.
Admit the gauge transformation on potential is equivalent to enunciate the
equivalence principle, and vice versa.
Inertial forces (ex. Coriolis force) are interpreted as a field action.
All the inertia is interpreted as a field action.
The physical presence of this field seems to be a fact, even more concrete the usual
admission of inertial &quot;fictitious forces&quot;.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Problemes Avec et Sans... Problemes!]]></title>
   <link>http://viXra.org/abs/1008.0041</link>
   <pubDate>13 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0041v1<br/>
     <b>title:</b>     Problemes Avec et Sans... Problemes!<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Aug 2010<br/>
     <b>abstract:</b>  
Problems with and without... problems!
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Hyper (&cap;, &isin;)-Idealson Smarandache Hyper K-Algebras]]></title>
   <link>http://viXra.org/abs/1008.0040</link>
   <pubDate>13 Aug 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0040v1<br/>
     <b>title:</b>     Smarandache Hyper (&cap;, &isin;)-Idealson Smarandache Hyper K-Algebras<br/>
     <b>authors:</b>   Kyung Ho Kim, Young Bae Jun, Eun Hwan Roh, Habib Harizavi<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Aug 2010<br/>
     <b>abstract:</b>  
We introduce the notion of a Smarandache hyper (&cap;, &isin;)-ideal
and &Omega;-reflexive in hyper K-algebra, and some related properties are given.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Divisibility Tests for Smarandache Semigroups]]></title>
   <link>http://viXra.org/abs/1008.0039</link>
   <pubDate>13 Aug 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0039v1<br/>
     <b>title:</b>     Divisibility Tests for Smarandache Semigroups<br/>
     <b>authors:</b>   AKS Chandra Sekhar Rao.<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Aug 2010<br/>
     <b>abstract:</b>  
Two Divisibility Tests for Smarandache semigroups are given . Further, the notion of 
divisibility of elements in a semigroup is applied to characterize the Smarandache 
semigroups. Examples are provided for justification.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Time Paradox, Zitterbewegung and Noncommutative Geometry]]></title>
   <link>http://viXra.org/abs/1008.0038</link>
   <pubDate>12 Aug 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0038v1<br/>
     <b>title:</b>     Time Paradox, Zitterbewegung and Noncommutative Geometry<br/>
     <b>authors:</b>   Lawrence B. Crowell<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Aug 2010<br/>
     <b>abstract:</b>  
The zitterbewgung of the electron is associated with an intrinsic time for
an electron, or any of the fermionic particles with mass such as quarks and
leptons. In this article it is shown that a massless particle coupled to noncommutative
coordinate geometry is subjected to a gauge-like force. This force
acts to trap the massless particle in an orbit within a region. This bottled
massless particle then has an induced mass. This is then argued to be tied to
fundamental aspects of physics, such as a dynamical Higgs model, as well as
strings and p-brane theory.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Direct Proof of the Yff's Conjecture]]></title>
   <link>http://viXra.org/abs/1008.0037</link>
   <pubDate>12 Aug 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0037v1<br/>
     <b>title:</b>     A Direct Proof of the Yff's Conjecture<br/>
     <b>authors:</b>   Marian Dinc&#259;<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Aug 2010<br/>
     <b>abstract:</b>  
In this paper it is given proof Yff's conjecture using convexity arguments.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[On the Distribution of Prime Numbers in the Intervals Defined by the Fibonacci Numbers]]></title>
   <link>http://viXra.org/abs/1008.0036</link>
   <pubDate>12 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0036v1<br/>
     <b>title:</b>     On the Distribution of Prime Numbers in the Intervals Defined by the Fibonacci Numbers<br/>
     <b>authors:</b>   J. S. Markovitch<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Aug 2010<br/>
     <b>abstract:</b>  
The number of primes in the inclusive intervals defined by consecutive
Fibonacci numbers exhibits interesting behavior between the Fibonacci
numbers 55 and 196418. Specifically, starting with the interval [55,
89] through the interval [121393,196418] the ratio of the number of
primes in successive intervals is a value that alternates high, low, high,
low, etc.

   ]]> </description>
</item>
<item>
   <title><![CDATA[One-Way Light Speed Determination Using the Range Measurement Equation of the GPS]]></title>
   <link>http://viXra.org/abs/1008.0035</link>
   <pubDate>12 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0035v1<br/>
     <b>title:</b>     One-Way Light Speed Determination Using the Range Measurement Equation of the GPS<br/>
     <b>authors:</b>   Stephan J. G. Gift<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Aug 2010<br/>
     <b>abstract:</b>  
The one-way speed of light is determined using the range measurement
equation of the Global Positioning System. This equation has been rigorously and
extensively tested and verified in the Earth-Centred Inertial frame, a frame that moves
with the Earth as it revolves around the Sun but does not share its rotation. The result is a
simple demonstration of one-way light speed anisotropy depending on the direction of
propagation relative to the rotating Earth that contradicts the principle of light speed
constancy.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Rural Migration a Significant Cause of Urbanization: a District Level Review of Census Data for Rajasthan]]></title>
   <link>http://viXra.org/abs/1008.0034</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0034v1<br/>
     <b>title:</b>     Rural Migration a Significant Cause of Urbanization: a District Level Review of Census Data for Rajasthan<br/>
     <b>authors:</b>   Jayant Singh, Hansraj Yadav, Florentin Smarandache<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
Migration plays an important role in urbanization of a state. In general more
the migration higher the urbanization rate though it many not necessarily
true in all the situations but in general it is witnessed that migration have a
fairly large share in urbanization. A district level analysis for Rajasthan state
is attempted to comprehend Urbanization due to migration their
interlinkages and association.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Urbanization Due to Migration: a District Level Analysis of Migrants from Different Distances for the Rajasthan State]]></title>
   <link>http://viXra.org/abs/1008.0033</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0033v1<br/>
     <b>title:</b>     Urbanization Due to Migration: a District Level Analysis of Migrants from Different Distances for the Rajasthan State<br/>
     <b>authors:</b>   Jayant Singh, Hansraj Yadav, Florentin Smarandache<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
People migrate to different distances and there migration is
governed by different reasons. Distance of place of migration plays an
important role in the migration process and an analysis based on the
remoteness of the origin and destination will reveal the push and pull factors
in more explicit way. However, a common phenomenon is that people do
migrate to a longer distance with a more focused objective and there
propensity to settle in urban areas is always higher than the small distance
migration.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Unit Based Crashing Pert Network for Optimization of Software Project Cost]]></title>
   <link>http://viXra.org/abs/1008.0032</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Data Structures and Algorithms</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0032v1<br/>
     <b>title:</b>     A Unit Based Crashing Pert Network for Optimization of Software Project Cost<br/>
     <b>authors:</b>   Priti Singh, Florentin Smarandache, Dipti Chauhan, Amit Bhaghel<br/>
     <b>category:</b>  Data Structures and Algorithms<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
Crashing is a process of expediting project schedule by compressing the total project duration. It is helpful when
managers want to avoid incoming bad weather season. However, the downside is that more resources are needed to
speed-up a part of a project, even if resources may be withdrawn from one facet of the project and used to speed-up
the section that is lagging behind. Moreover, that may also depend on what slack is available in a non-critical
activity, thus resources can be reassigned to critical project activity. Hence, utmost care should be taken to make
sure that appropriate activities are being crashed and that diverted resources are not causing needless risk and
project scope integrity. In this paper we want to present a technique called &quot;Unit Crashing&quot; to reduce the total cost
of project. Unit Crashing means to crash the project duration by one unit (day) instead of crashing it completely.
This technique uses an iterative approach to perform unit crashing until all activities along the critical path are
crashed by desired amount. The output of this method will reduce the cost of project, and is useful at places where
cost is of major consideration. Crashing PERT networks can save a significant amount of money in crashing and
overrun costs of a company. Even if there are no direct costs in the form of penalties for late completion of projects,
there is likely to be intangible costs because of reputation damage.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Another Proof of a Theorem Relative to the Orthological Triangles]]></title>
   <link>http://viXra.org/abs/1008.0031</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0031v1<br/>
     <b>title:</b>     Another Proof of a Theorem Relative to the Orthological Triangles<br/>
     <b>authors:</b>   Ion P&#259;tra&#351;cu, Florentin Smarandache<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
In [1] we proved, using barycentric coordinates, the following theorem

   ]]> </description>
</item>
<item>
   <title><![CDATA[Proof Wolstenholme-Lenhard Ciclic Inequality for Real Numbers and L.fejes T&oacute;th Conjecture]]></title>
   <link>http://viXra.org/abs/1008.0030</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0030v1<br/>
     <b>title:</b>     Proof Wolstenholme-Lenhard Ciclic Inequality for Real Numbers and L.fejes T&oacute;th Conjecture<br/>
     <b>authors:</b>   Marian Dinc&#259;<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
In this paper an elementary proof of the Wolstenholme-Lenhard ciclic
inequality for real numbers and L.Fejes T&oactute;th conjecture( equivalent by Erdis-Mordell
inequality for polygon) is given, using a remarcable identity
We give the following:
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Planetary Spin ( According to &quot;Hypothesis on MATTER&quot; )]]></title>
   <link>http://viXra.org/abs/1008.0029</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0029v1<br/>
     <b>title:</b>     Planetary Spin ( According to &quot;Hypothesis on MATTER&quot; )<br/>
     <b>authors:</b>   Nainan K. Varghese<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
A part of central force between planetary and central bodies cause their spin
motions. All bodies in planetary systems develop mean accelerating spin motion. Depending
on their orbital parameters, planets and central bodies may spin in forward direction, rearward
direction or, in rare cases, may have no spin motion at all. All bodies in a planetary system
tend to spin in their common orbital plane. Angular accelerations of orbiting bodies continue
indefinitely until their high spin speeds cause disintegration of planets and planetary system.
In a planetary system, consistency of body-matter and radial size of a body determine relative
spin speeds at different parts of its body. Equatorial region of all very large bodies spin faster
than their polar region or regions towards their spin-axes. Lengthening of (terrestrial) solar
days, presently misinterpreted as slowing down of earth's spin motion, is the result of
insufficient compensation to earth's apparent spin motion about the sun.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Symmetrically Reproducing Quark and Lepton Mass and Charge]]></title>
   <link>http://viXra.org/abs/1008.0028</link>
   <pubDate>10 Aug 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0028v1<br/>
     <b>title:</b>     Symmetrically Reproducing Quark and Lepton Mass and Charge<br/>
     <b>authors:</b>   J. S. Markovitch<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Aug 2010<br/>
     <b>abstract:</b>  
It is shown that a particle set possessing electric charges and masses that coincide with those
of the quarks and leptons can be produced with the aid of the symmetry of the cuboctahedron.
Specifically, it is shown that small powers of 4.1 are useful in economically reproducing the quark
and lepton masses, and that these powers - and thereby the masses they represent - can be joined
automatically with their correct values for electric charge with the aid of cuboctahedral symmetry.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Conformal Gauge Relativity on the Geometrical Unification of Gravitation and Gauge Fields]]></title>
   <link>http://viXra.org/abs/1008.0027</link>
   <pubDate>10 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0027v1<br/>
     <b>title:</b>     Conformal Gauge Relativity on the Geometrical Unification of Gravitation and Gauge Fields<br/>
     <b>authors:</b>   Juan Andr&eacute;s Musante Apolo<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Aug 2010<br/>
     <b>abstract:</b>  
A Lagrangian depending on geometric variables (metric, affine connection, gauge group 
generators) is given which maintains compatibility with General Relativity. It generates 
the dynamics for Electromagnetism and other Gauge Fields along with Gravitation, at 
the time it gives a geometric foundation for the stress-energy tensor of continuous 
matter. The geometric-invariance principle under this integration is exposed and the 
resulting field equations are obtained. The theory is developed over the tangent space 
of a four-dimensional real manifold and the generators become those from the Homogenous 
Lorentz group.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Threat Assessment of a Possible Vehicle-Borne Improvised Explosive Device Using DSmT]]></title>
   <link>http://viXra.org/abs/1008.0026</link>
   <pubDate>15 Aug 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0026v2<br/>
     <b>title:</b>     Threat Assessment of a Possible Vehicle-Borne Improvised Explosive Device Using DSmT<br/>
     <b>authors:</b>   Jean Dezert, Florentin Smarandache<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      15 Aug 2010<br/>
     <b>abstract:</b>  
This paper presents the solution about the
threat of a VBIED (Vehicle-Borne Improvised Explosive
Device) obtained with the DSmT (Dezert-Smarandache
Theory). This problem has been proposed recently to the
authors by Simon Maskell and John Lavery as a typical
illustrative example to try to compare the different
approaches for dealing with uncertainty for decision-making
support. The purpose of this paper is to show
in details how a solid justified solution can be obtained
from DSmT approach and its fusion rules thanks to a
proper modeling of the belief functions involved in this
problem.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Threat Assessment of a Possible Vehicle-Borne Improvised Explosive Device Using DSmT]]></title>
   <link>http://viXra.org/abs/1008.0026</link>
   <pubDate>10 Aug 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0026v1<br/>
     <b>title:</b>     Threat Assessment of a Possible Vehicle-Borne Improvised Explosive Device Using DSmT<br/>
     <b>authors:</b>   Jean Dezert, Florentin Smarandache<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Aug 2010<br/>
     <b>abstract:</b>  
This paper presents the solution about the
threat of a VBIED (Vehicle-Borne Improvised Explosive
Device) obtained with the DSmT (Dezert-Smarandache
Theory). This problem has been proposed recently to the
authors by Simon Maskell and John Lavery as a typical
illustrative example to try to compare the different
approaches for dealing with uncertainty for decision-making
support. The purpose of this paper is to show
in details how a solid justified solution can be obtained
from DSmT approach and its fusion rules thanks to a
proper modeling of the belief functions involved in this
problem.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Survey on Singularities and Differential Algebras of Generalized Functions :A Basic Dichotomic Sheaf Theoretic Singularity Test]]></title>
   <link>http://viXra.org/abs/1008.0025</link>
   <pubDate>12 Aug 2010</pubDate>
   <category>Functions and Analysis</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0025v2<br/>
     <b>title:</b>     Survey on Singularities and Differential Algebras of Generalized Functions :A Basic Dichotomic Sheaf Theoretic Singularity Test<br/>
     <b>authors:</b>   Elem&eacute;r E Rosinger<br/>
     <b>category:</b>  Functions and Analysis<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      12 Aug 2010<br/>
     <b>abstract:</b>  
It is shown how the infinity of differential algebras of generalized 
functions is naturally subjected to a basic dichotomic singularity test 
regarding their significantly different abilities to deal with large classes
of singularities. In this respect, a review is presented of the way 
singularities are dealt with in four of the infinitely many types of 
differential algebras of generalized functions. These four algebras, in the
order they were introduced in the literature are : the nowhere dense,
Colombeau, space-time foam, and local ones. And so far, the first
three of them turned out to be the ones most frequently used in a
variety of applications. The issue of singularities is naturally not a
simple one. Consequently, there are different points of view, as well as
occasional misunderstandings. In order to set aside, and preferably,
avoid such misunderstandings, two fundamentally important issues 
related to singularities are pursued. Namely, 1) how large are the sets
of singularity points of various generalized functions, and 2) how are
such generalized functions allowed to behave in the neighbourhood of
their point of singularity. Following such a two fold clarification on
singularities, it is further pointed out that, once one represents 
generalized functions - thus as well a large class of usual singular functions
- as elements of suitable differential algebras of generalized functions,
one of the main advantages is the resulting freedom to perform 
globally arbitrary algebraic and differential operations on such functions,
simply as if they did not have any singularities at all. With the same
freedom from singularities, one can perform globally operations such
as limits, series, and so on, which involve infinitely many generalized
functions. The property of a space of generalized functions of being
a flabby sheaf proves to be essential in being able to deal with large
classes of singularities. The first and third type of the mentioned 
differential algebras of generalized functions are flabby sheaves, while the
second type fails to be so. The fourth type has not yet been studied
in this regard.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Survey on Singularities and Differential Algebras of Generalized Functions :A Basic Dichotomic Sheaf Theoretic Singularity Test]]></title>
   <link>http://viXra.org/abs/1008.0025</link>
   <pubDate>9 Aug 2010</pubDate>
   <category>Functions and Analysis</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0025v1<br/>
     <b>title:</b>     Survey on Singularities and Differential Algebras of Generalized Functions :A Basic Dichotomic Sheaf Theoretic Singularity Test<br/>
     <b>authors:</b>   Elem&eacute;r E Rosinger<br/>
     <b>category:</b>  Functions and Analysis<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 Aug 2010<br/>
     <b>abstract:</b>  
It is shown how the infinity of differential algebras of generalized 
functions is naturally subjected to a basic dichotomic singularity test 
regarding their significantly different abilities to deal with large classes
of singularities. In this respect, a review is presented of the way 
singularities are dealt with in four of the infinitely many types of 
differential algebras of generalized functions. These four algebras, in the
order they were introduced in the literature are : the nowhere dense,
Colombeau, space-time foam, and local ones. And so far, the first
three of them turned out to be the ones most frequently used in a
variety of applications. The issue of singularities is naturally not a
simple one. Consequently, there are different points of view, as well as
occasional misunderstandings. In order to set aside, and preferably,
avoid such misunderstandings, two fundamentally important issues 
related to singularities are pursued. Namely, 1) how large are the sets
of singularity points of various generalized functions, and 2) how are
such generalized functions allowed to behave in the neighbourhood of
their point of singularity. Following such a two fold clarification on
singularities, it is further pointed out that, once one represents 
generalized functions - thus as well a large class of usual singular functions
- as elements of suitable differential algebras of generalized functions,
one of the main advantages is the resulting freedom to perform 
globally arbitrary algebraic and differential operations on such functions,
simply as if they did not have any singularities at all. With the same
freedom from singularities, one can perform globally operations such
as limits, series, and so on, which involve infinitely many generalized
functions. The property of a space of generalized functions of being
a flabby sheaf proves to be essential in being able to deal with large
classes of singularities. The first and third type of the mentioned 
differential algebras of generalized functions are flabby sheaves, while the
second type fails to be so. The fourth type has not yet been studied
in this regard.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Hydrodynamics of the Rotating Spherical Matter Fields and Atomic Structure]]></title>
   <link>http://viXra.org/abs/1008.0024</link>
   <pubDate>9 Aug 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0024v1<br/>
     <b>title:</b>     Hydrodynamics of the Rotating Spherical Matter Fields and Atomic Structure<br/>
     <b>authors:</b>   Ibrahim Mutlay<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 Aug 2010<br/>
     <b>abstract:</b>  
Atomic structure model was proposed as a rotating stratified fl
uidic matter field
with the particles corresponded to solitary waves in the field. Mathematical formulation
of the proposed structure was constructed on the model of thermal convection
in rotating spherical shells of conducting fluids using magnetohydrodynamic 
Navier-Stokes Equations. Acceleration term was derived using Coulomb potential. Novel
model showed that internal structure of atoms is subjected to complex fluid dynamics.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Lorentz Contraction of Space and the Gravitational Field]]></title>
   <link>http://viXra.org/abs/1008.0023</link>
   <pubDate>9 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0023v2<br/>
     <b>title:</b>     Lorentz Contraction of Space and the Gravitational Field<br/>
     <b>authors:</b>   Morgan D. Rosenberg<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      9 Aug 2010<br/>
     <b>abstract:</b>  
By considering the gravitational field as an optical medium with a radially-dependent 
index of refraction, we are able to show that a physical model of space being radially 
compressed by mass, rather than curved by mass, as in general relativity, yields the 
same results predicted by Einstein's theory of general relativity. We are further able 
to show that this spatial compression is equivalent to the Lorentz contraction of 
special relativity. The predictions of general relativity are all derived with relatively 
basic mathematics without reliance on the grossly complex Riemannian geometry needed 
for Einstein's curved space-time model.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Lorentz Contraction of Space and the Gravitational Field]]></title>
   <link>http://viXra.org/abs/1008.0023</link>
   <pubDate>8 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0023v1<br/>
     <b>title:</b>     Lorentz Contraction of Space and the Gravitational Field<br/>
     <b>authors:</b>   Morgan D. Rosenberg<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 Aug 2010<br/>
     <b>abstract:</b>  
By considering the gravitational field as an optical medium with a radially-dependent 
index of refraction, we are able to show that a physical model of space being radially 
compressed by mass, rather than curved by mass, as in general relativity, yields the 
same results predicted by Einstein's theory of general relativity. We are further able 
to show that this spatial compression is equivalent to the Lorentz contraction of 
special relativity. The predictions of general relativity are all derived with relatively 
basic mathematics without reliance on the grossly complex Riemannian geometry needed 
for Einstein's curved space-time model.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Short Algebraic Proof of Fermat's Last Theorem]]></title>
   <link>http://viXra.org/abs/1008.0022</link>
   <pubDate>8 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0022v1<br/>
     <b>title:</b>     A Short Algebraic Proof of Fermat's Last Theorem<br/>
     <b>authors:</b>   Morgan D. Rosenberg<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 Aug 2010<br/>
     <b>abstract:</b>  
Presented herein is a proof of Fermat's Last Theorem, which is not only short 
(relative to Wiles' 109 page proof), but is also performed using relatively 
elementary mathematics. Particularly, the binomial theorem is utilized, which 
was known in the time of Fermat (as opposed to the elliptic curves of Wiles' 
proof, which belong to modern mathematics). Using the common integer expression 
a<sup>n</sup> + b<sup>n</sup> = c<sup>n</sup> for Fermat's Last Theorem, the 
substitutions c = b+i and b = a+j are made, 
where i and j are integers. Using a Taylor expansion (i.e., in the form of the 
binomial theorem), Fermat's Last Theorem reduces to (see paper) and what remains 
to be proven, from this equation, is that (see paper) only has rational solutions for 
n=1 and n=2. This proof is presented herein, thus proving that 
a<sup>n</sup> + b<sup>n</sup> = c<sup>n</sup> only has 
integer solutions for a, b and c for integer values of the exponent n=1 or n=2.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Philosophy Error of the &quot;Almost Prime&quot;]]></title>
   <link>http://viXra.org/abs/1008.0021</link>
   <pubDate>8 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0021v1<br/>
     <b>title:</b>     The Philosophy Error of the &quot;Almost Prime&quot;<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 Aug 2010<br/>
     <b>abstract:</b>  
Don't confuse quantitative change and qualitative change.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Family of Estimators for Estimating Population Mean in Stratified Sampling Under Non-Response]]></title>
   <link>http://viXra.org/abs/1008.0020</link>
   <pubDate>7 Aug 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0020v1<br/>
     <b>title:</b>     A Family of Estimators for Estimating Population Mean in Stratified Sampling Under Non-Response<br/>
     <b>authors:</b>   Manoj K. Chaudhary, Rajesh Singh, Rakesh K. Shukla, Mukesh Kumar, Florentin Smarandache<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Aug 2010<br/>
     <b>abstract:</b>  
Khoshnevisan et al. (2007) proposed a general family of estimators for population mean using
known value of some population parameters in simple random sampling. The objective of this
paper is to propose a family of combined-type estimators in stratified random sampling adapting
the family of estimators proposed by Khoshnevisan et al. (2007) under non-response. The
properties of proposed family have been discussed. We have also obtained the expressions for
optimum sample sizes of the strata in respect to cost of the survey. Results are also supported by
numerical analysis.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Russian Alphabet: Message to Slavs]]></title>
   <link>http://viXra.org/abs/1008.0019</link>
   <pubDate>7 Aug 2010</pubDate>
   <category>Linguistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0019v1<br/>
     <b>title:</b>     Russian Alphabet: Message to Slavs<br/>
     <b>authors:</b>   Valery P. Dmitriyev<br/>
     <b>category:</b>  Linguistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Aug 2010<br/>
     <b>abstract:</b>  
Russian letters have ancient names which add up to a meaningful text
following the alphabet acrophony. The second half of this text, known as
Message to Slavs, calls for a translation into modern language, and its
interpretation is, generally speaking, ambiguous. The recently accepted
translation sounds pompous and perhaps somewhat sanctimonious. Below I
give an alternative interpretation of the message's second part, that is formed
of sensual images, and someone may see it as scabrous. However that may be, I
proceed from the assumption that our ancestors were more honest in their
emotions than today's coprolalics.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Time Travel: Some Science of Fiction]]></title>
   <link>http://viXra.org/abs/1008.0018</link>
   <pubDate>9 Aug 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0018v1<br/>
     <b>title:</b>     Time Travel: Some Science of Fiction<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 Aug 2010<br/>
     <b>abstract:</b>  
The fiction of time-travel usually makes it paradoxical and therefore impossible beyond
physics. A few physical postulates, however, can make time-travel merely impossible
physically.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Why We Should Favor Heavier Vehicles for Highway Driving]]></title>
   <link>http://viXra.org/abs/1008.0017</link>
   <pubDate>8 Aug 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0017v1<br/>
     <b>title:</b>     Why We Should Favor Heavier Vehicles for Highway Driving<br/>
     <b>authors:</b>   John Michael Williams<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 Aug 2010<br/>
     <b>abstract:</b>  
Elementary calculations show that the mass of the passenger's vehicle should
have an important influence on risk of injury, greater mass yielding greater
protection independent of the other mass(es) in the collision. This holds for
collisions treated either as purely elastic, or as quasi-inelastic. Passengers in more
massive vehicles thus would seem better off no matter what the size or weight of
other vehicle(s) in a collision.
The approximations used suggest that highway vehicles should be at least 20
times the mass of the average passenger, or injuries in a collision will be
disproportionately grave.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On the Limit for the Periodic Table of the Elements]]></title>
   <link>http://viXra.org/abs/1008.0016</link>
   <pubDate>7 Aug 2010</pubDate>
   <category>Chemistry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0016v1<br/>
     <b>title:</b>     On the Limit for the Periodic Table of the Elements<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Chemistry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Aug 2010<br/>
     <b>abstract:</b>  
It has been proved that the 5g = 18 is unstable, the heaviest element that occurs
naturally is uranium with an atomic number of 92 and the island of stability does not
exist using the modified Pauli principle. This is the Book proof.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Arithmetic Information in Particle Mixing]]></title>
   <link>http://viXra.org/abs/1008.0015</link>
   <pubDate>6 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0015v1<br/>
     <b>title:</b>     Arithmetic Information in Particle Mixing<br/>
     <b>authors:</b>   M. D. Sheppeard<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      6 Aug 2010<br/>
     <b>abstract:</b>  
The mutually unbiased bases of quantum information theory are used to study the MNS and CKM
mixing matrices. The resulting mixing matrix parameterisation requires only three real parameters,
and is thus potentially more constraining than those in current use. We also discuss related results
from MINOS and Fermilab.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A New Proof Viorel V&icirc;j&icirc;itu Inequality]]></title>
   <link>http://viXra.org/abs/1008.0014</link>
   <pubDate>6 Aug 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0014v1<br/>
     <b>title:</b>     A New Proof Viorel V&icirc;j&icirc;itu Inequality<br/>
     <b>authors:</b>   Marian Dinc&#259;<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      6 Aug 2010<br/>
     <b>abstract:</b>  
In the paper given new proof the inequality using
convex function

   ]]> </description>
</item>
<item>
   <title><![CDATA[Generalisation of the Inequalities Proposed I.m.o. Madrid 2008 and India-International Mathematical Olympiad Training Camp2010]]></title>
   <link>http://viXra.org/abs/1008.0013</link>
   <pubDate>6 Aug 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0013v1<br/>
     <b>title:</b>     Generalisation of the Inequalities Proposed I.m.o. Madrid 2008 and India-International Mathematical Olympiad Training Camp2010<br/>
     <b>authors:</b>   Marian Dinc&#259;<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      6 Aug 2010<br/>
     <b>abstract:</b>  
In the paper given generalisation inequalities using
Lagrange identity.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Time Relativity a Model for Relative Time]]></title>
   <link>http://viXra.org/abs/1008.0012</link>
   <pubDate>7 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0012v2<br/>
     <b>title:</b>     Time Relativity a Model for Relative Time<br/>
     <b>authors:</b>   Michael Devine<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      7 Aug 2010<br/>
     <b>abstract:</b>  
We introduce a new relativistic model of the universe in which the time of an observer is precisely
defined relative to all other observers. Within this redefinition of time, light is considered to propagate
in a single instant, while still appearing to be traveling at an invariable constant speed c to any observer
who fails to perceive time across distances. The intuitive correctness of the new model is presented,
and it is shown to properly account for historical experiments related to light and measurements of c.
Built from the ground up to match the predictions of special relativity, the new model of &quot;Time
Relativity&quot; is shown to display the same relativistic effects. We prove this by deriving the Lorentz
transformation as a direct consequence of the theory's hypothesis.
We discuss the startling possible consequences of accepting the model as an accurate description of our
reality. Finally, we present the beginnings of a time-relativistic explanation of quantum mechanical
observations of light as seen in the double-slit experiment, suggesting a possible role for Time
Relativity in leading to a unified theory.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Time Relativity a Model for Relative Time]]></title>
   <link>http://viXra.org/abs/1008.0012</link>
   <pubDate>5 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0012v1<br/>
     <b>title:</b>     Time Relativity a Model for Relative Time<br/>
     <b>authors:</b>   Michael Devine<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 Aug 2010<br/>
     <b>abstract:</b>  
We introduce a new relativistic model of the universe in which the time of an observer is precisely
defined relative to all other observers. Within this redefinition of time, light is considered to propagate
in a single instant, while still appearing to be traveling at an invariable constant speed c to any observer
who fails to perceive time across distances. The intuitive correctness of the new model is presented,
and it is shown to properly account for historical experiments related to light and measurements of c.
Built from the ground up to match the predictions of special relativity, the new model of &quot;Time
Relativity&quot; is shown to display the same relativistic effects. We prove this by deriving the Lorentz
transformation as a direct consequence of the theory's hypothesis.
We discuss the startling possible consequences of accepting the model as an accurate description of our
reality. Finally, we present the beginnings of a time-relativistic explanation of quantum mechanical
observations of light as seen in the double-slit experiment, suggesting a possible role for Time
Relativity in leading to a unified theory.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Reflections on an Asymmetry on the Occasion of Arnold's Passing Away ...]]></title>
   <link>http://viXra.org/abs/1008.0011</link>
   <pubDate>5 Aug 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0011v1<br/>
     <b>title:</b>     Reflections on an Asymmetry on the Occasion of Arnold's Passing Away ...<br/>
     <b>authors:</b>   Elem&eacute;r E Rosinger<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 Aug 2010<br/>
     <b>abstract:</b>  
Keeping silent by authorities in science about breakthroughs made
by less well known scientists creates a massively asymmetric situation
which is to the detriment of science.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Planetary Orbits ( According to &quot;Hypothesis on MATTER&quot; )]]></title>
   <link>http://viXra.org/abs/1008.0010</link>
   <pubDate>5 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0010v1<br/>
     <b>title:</b>     Planetary Orbits ( According to &quot;Hypothesis on MATTER&quot; )<br/>
     <b>authors:</b>   Nainan K. Varghese<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 Aug 2010<br/>
     <b>abstract:</b>  
In any system of bodies, relativistic considerations can provide only those
parameters of the constituent bodies, which are related to their relative positions. Use of a
reference frame, related to a static central body, causes a planetary orbit to appear as closed
geometrical figure around the central body. As the central body, itself is a moving body, this
does not reflect physical reality. Although they help to explain apparent phenomena, all
properties attributed to elliptical/circular planetary orbital path are unreal. Real physical
actions are restricted to real entities and they have to be understood with reference to an
absolute reference. Since, elliptical shape of a planetary orbit is an imaginary aspect; it has its
limitations to explain real actions in nature. Due to constant motions of free bodies in space, it
is practically impossible for a free body to orbit around another. However, they may orbit
about each other and follow a common median path in space. Mechanism of orbit-formation
and the limitations of orbiting bodies, described in this article, are based on a radically
different dynamics from an alternative concept put forward in 'Hypothesis on MATTER'. A
planet's parameters, during initial entry into its datum orbit, determine size and eccentricity of
its apparent orbit. Only those bodies, which approach the central body from the rear, on the
outer side of its curved path, through a small window in space can form stable orbits. Hence,
it is imperative that all bodies of a planetary system orbit in the same sense and are (almost) in
the same plane. Perihelion/aphelion of an orbital path could be anywhere in the orbit, but the
point at which the orbiting body has its highest/lowest linear speeds are fixed in relation to the
central body's path. All natural planets, whose perihelion are in front of their point of entry;
arrive from outside the planetary system.

   ]]> </description>
</item>
<item>
   <title><![CDATA[An Expansion Theory of the Universe with no Dark Matter and no Dark Energy]]></title>
   <link>http://viXra.org/abs/1008.0009</link>
   <pubDate>5 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0009v1<br/>
     <b>title:</b>     An Expansion Theory of the Universe with no Dark Matter and no Dark Energy<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 Aug 2010<br/>
     <b>abstract:</b>  
In this paper we find a new gravitational formula: 
F-bar = -mc<sup>2</sup>/R = and establish an expansion theory of the
universe with no dark matter and no dark energy
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[What Causes the Mass to be Deficit Inside a Nucleus?]]></title>
   <link>http://viXra.org/abs/1008.0008</link>
   <pubDate>31 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0008v2<br/>
     <b>title:</b>     What Causes the Mass to be Deficit Inside a Nucleus?<br/>
     <b>authors:</b>   Karunakar Marasakatla<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      31 Aug 2010<br/>
     <b>abstract:</b>  
Mass of an object varies with the change in volume of the object. Mass of a gas nebula will 
increase when it collapses to form a neutron star or black hole. The cause for an object to 
exhibit the deficit in mass is the increase in the amount of space in which the particles of 
that object were occupied. Gas nebula will have more deficit in mass compared to the neutron 
star formed from the same amount of material. Avogadro number, which establishes a relationship 
between the mass and the number of atoms within an object, is a baseless notion.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[What Causes the Mass to be Deficit Inside a Nucleus?]]></title>
   <link>http://viXra.org/abs/1008.0008</link>
   <pubDate>4 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0008v1<br/>
     <b>title:</b>     What Causes the Mass to be Deficit Inside a Nucleus?<br/>
     <b>authors:</b>   Karunakar Marasakatla<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 Aug 2010<br/>
     <b>abstract:</b>  
Deficit of mass is a change in the physical characteristics of an object. 
What corresponding changes, if any, in the nucleus represents the observed deficit in mass?
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Derivation of the Fine Structure Constant]]></title>
   <link>http://viXra.org/abs/1008.0007</link>
   <pubDate>4 Aug 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0007v1<br/>
     <b>title:</b>     The Derivation of the Fine Structure Constant<br/>
     <b>authors:</b>   Richard B. Dowd<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 Aug 2010<br/>
     <b>abstract:</b>  
A derivation of the fine structure constant by deduction
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Philosophy Error of the Proposition &quot;9+9&quot;~&quot;1+2&quot;]]></title>
   <link>http://viXra.org/abs/1008.0006</link>
   <pubDate>4 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0006v1<br/>
     <b>title:</b>     The Philosophy Error of the Proposition &quot;9+9&quot;~&quot;1+2&quot;<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 Aug 2010<br/>
     <b>abstract:</b>  
The method of the quantitative change can not solve the problem of the qualitative change.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Weight Change of a Body in Connection with the Electrical Tension]]></title>
   <link>http://viXra.org/abs/1008.0005</link>
   <pubDate>3 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0005v1<br/>
     <b>title:</b>     The Weight Change of a Body in Connection with the Electrical Tension<br/>
     <b>authors:</b>   H.-J. Hochecker<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 Aug 2010<br/>
     <b>abstract:</b>  
I stick metal foil on an a 1 square meter large and 10 kilograms heavy dielectric so that a condenser is
build. By putting a tension of 10 kV on the condenser or by short-circuiting it I measure a real reduction of the
weight of about 0.1 grams each time. This result confirms my theoretical conclusion which says that the weight
of a body is related with the movements of its charges (protons and electrons).
Keywords: Gravitation, movement of electrical charges, relativity
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Methods in Environmental Biotechnology for Environmentalists]]></title>
   <link>http://viXra.org/abs/1008.0004</link>
   <pubDate>3 Aug 2010</pubDate>
   <category>Quantitative Biology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0004v1<br/>
     <b>title:</b>     Methods in Environmental Biotechnology for Environmentalists<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, S. R. Kannan, S. Ramathilagam<br/>
     <b>category:</b>  Quantitative Biology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 Aug 2010<br/>
     <b>abstract:</b>  
The study of environmental pollution by chemicals used in
agriculture as pesticide or as fertilizers or pollution caused by
industries and chemical plants which use chemicals have not
been analysed systematically.
This book has five chapters. First chapter is introductory in
nature. Here we just study chemical pollution caused by
garment industries in chapter two of this book using fuzzy
associative memories.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Why Shamir and Fox Did not Detect &quot;Aether Wind&quot; in 1969?]]></title>
   <link>http://viXra.org/abs/1008.0003</link>
   <pubDate>2 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0003v1<br/>
     <b>title:</b>     Why Shamir and Fox Did not Detect &quot;Aether Wind&quot; in 1969?<br/>
     <b>authors:</b>   V.V. Demjanov<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Aug 2010<br/>
     <b>abstract:</b>  
Up to 1960ies the measurement of the aether wind velocity by the technology of Michelson 
presumed that a medium placed across the path of light rays has no substantial significance (except
as being an obstacle) for obtaining the expected shift of the interference fringe from the brought
together orthogonal rays on the interference of the turnabout device. In 1960ties several authors
began independent research on the Michelson-type interferometers with different optical media used
as light carriers. J.Shamir and R.Fox declared &quot;negative&quot; the results of their measurements on
the plexiglas (though they registered the fringe shift 1/3000 fraction of the fringe's width and 
determined the respective velocity of aether wind 6.5 km/s). The authors considered this result as
&quot;enhancing the experimental basis of special relativity&quot;, and their report has been published. My
results of same years appeared to be positive. I managed to register on gaseous, liquid and solid
optically transparent bodies hundred times greater relative shifts of the fringe (0.01-5.0) giving for
horizontal projection of the aether wind velocity the value hundreds km/s. At different times of day
and night at the latitude of Obninsk city I registered the changing of this velocity in the interval
140-480 km/s. Insofar as my results &quot;weaken the experimental basis of special relativity&quot;, their
publication is still refused.
I will show in the present report, basing on my experimental experience, that in reality Shamir and
Fox obtained positive results. The historical precedence of misunderstanding the positive 
measurements of aether wind of the order 200-400 km/s, performed by Michelson and Miller in 1920-1930ies
at lengthened to 32 m air light carriers, described by me in arXiv:0910.5658v3, 24 June 2010, 
repeated in the work by Shamir and Fox. Misunderstood was another artifact, manifesting itself in an
interferometer with a solid light carrier. In the current work, I explain the nature of this artifact,
hiding from Shamir and Fox their experimental success in detecting the aether wind velocity of
hundreds km/s. I discussed also the inadequacy of their own interpretation of the results.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Emerging Clan Capitalism in the World]]></title>
   <link>http://viXra.org/abs/1008.0002</link>
   <pubDate>9 Aug 2010</pubDate>
   <category>Economics and Finance</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0002v2<br/>
     <b>title:</b>     The Emerging Clan Capitalism in the World<br/>
     <b>authors:</b>   V. Christianto<br/>
     <b>category:</b>  Economics and Finance<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      9 Aug 2010<br/>
     <b>abstract:</b>  
In the present article a number of critical economics situations are discussed based on clan
capitalism as starting point. One can see clearly then, that instead of assuming 'ordinary
economy' and clan/crony capitalism is an exception in particular nation because of certain
socio-historical context, one should begin with the opposite assumption instead: that can
capitalism can be found almost everywhere in this planet.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Emerging Clan Capitalism in the World]]></title>
   <link>http://viXra.org/abs/1008.0002</link>
   <pubDate>1 Aug 2010</pubDate>
   <category>Economics and Finance</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0002v1<br/>
     <b>title:</b>     The Emerging Clan Capitalism in the World<br/>
     <b>authors:</b>   V. Christianto<br/>
     <b>category:</b>  Economics and Finance<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 Aug 2010<br/>
     <b>abstract:</b>  
In the present article a number of critical economics situations are discussed based on clan
capitalism as starting point. One can see clearly then, that instead of assuming 'ordinary
economy' and clan/crony capitalism is an exception in particular nation because of certain
socio-historical context, one should begin with the opposite assumption instead: that can
capitalism can be found almost everywhere in this planet.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Theory About Infinity of Simple Numbers-Twins]]></title>
   <link>http://viXra.org/abs/1008.0001</link>
   <pubDate>1 Aug 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1008.0001v1<br/>
     <b>title:</b>     The Theory About Infinity of Simple Numbers-Twins<br/>
     <b>authors:</b>   Valery Demidovich<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 Aug 2010<br/>
     <b>abstract:</b>  
The work maintenance: attempt to solve a problem about definition of set of simple numbers-twins is made.
In work absolutely new approach which is based on algorithm of a sieve of Eratosfena is applied.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Determination of Proton and Neutron Radii]]></title>
   <link>http://viXra.org/abs/1007.0058</link>
   <pubDate>31 Jul 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0058v1<br/>
     <b>title:</b>     Determination of Proton and Neutron Radii<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 Jul 2010<br/>
     <b>abstract:</b>  
In note we calculate Proton and Neutron radii
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[M-Theory (2)]]></title>
   <link>http://viXra.org/abs/1007.0057</link>
   <pubDate>31 Jul 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0057v1<br/>
     <b>title:</b>     M-Theory (2)<br/>
     <b>authors:</b>   Min-Young Yun<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 Jul 2010<br/>
     <b>abstract:</b>  
The problem of summing of like powers is completely solved by J. Bernoulli's
polynomials. Apart from pure mathematics, the Bernoulli numbers appear
prominently in perturbative quantum field theory.
Here I present a way, using elementary Bernoulli numbers and Riemann zeta
function and expanding mathematical meaning then, gain of another physical
meaning.
The behavior of smallest unit that creating from superstring and quark is
indeterminate, but can be described as Unification Theory according to
macroscopic-rules. So, it is easy to understand in all ages and countries, at any
times and places. Newborns speak out the easiest word 'Mom' at the first time
they speaking, which decided the title of the theory
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Cyclotron Notebooks]]></title>
   <link>http://viXra.org/abs/1007.0056</link>
   <pubDate>22 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0056v2<br/>
     <b>title:</b>     The Cyclotron Notebooks<br/>
     <b>authors:</b>   Philip Gibbs<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      22 Aug 2010<br/>
     <b>abstract:</b>  
The cyclotron note books are a collection of essays about fundamental physics and metaphysics. 
The central essay is about the principle of event-symmetric space-time, a new theory about how 
to do quantum gravity. The style is more technical in some parts than in others. Each essay 
can be read independently but if you find that one of them has terms which you don't understand 
you may find them explained in an earlier one. The later ones may be too difficult for the 
layman and even I don't understand the last one.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Cyclotron Notebooks]]></title>
   <link>http://viXra.org/abs/1007.0056</link>
   <pubDate>31 Jul 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0056v1<br/>
     <b>title:</b>     The Cyclotron Notebooks<br/>
     <b>authors:</b>   Philip Gibbs<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 Jul 2010<br/>
     <b>abstract:</b>  
The cyclotron note books are a collection of essays about fundamental physics and metaphysics. 
The central essay is about the principle of event-symmetric space-time, a new theory about how 
to do quantum gravity. The style is more technical in some parts than in others. Each essay 
can be read independently but if you find that one of them has terms which you don't understand 
you may find them explained in an earlier one. The later ones may be too difficult for the 
layman and even I don't understand the last one.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Model of the Electron]]></title>
   <link>http://viXra.org/abs/1007.0055</link>
   <pubDate>30 Jul 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0055v1<br/>
     <b>title:</b>     A Model of the Electron<br/>
     <b>authors:</b>   R. Wayte<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Jul 2010<br/>
     <b>abstract:</b>  
A geometrical/mechanical model of the electron has been developed based
on the measured fine structure constant, anomalous magnetic moment, and a solution of
Einstein's equations of general relativity applied to electromagnetism. Properties such as
charge, mass and spin have been explained from a classical viewpoint, and then &alpha; and &mu;
calculated in agreement with experiment. 

   ]]> </description>
</item>
<item>
   <title><![CDATA[Possibility to Explain Aether and Gravitational Wave from Electromagnetic-Dynamics Equations]]></title>
   <link>http://viXra.org/abs/1007.0054</link>
   <pubDate>11 Aug 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0054v2<br/>
     <b>title:</b>     Possibility to Explain Aether and Gravitational Wave from Electromagnetic-Dynamics Equations<br/>
     <b>authors:</b>   Yoshiro Nohara<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      11 Aug 2010<br/>
     <b>abstract:</b>  
The generalized Maxwell equations in vacuum are basically the equations for steady states, which
satisfy both energy and force conservation laws. However, superpositions of the steady states often
break those conservation laws, although the generalized Maxwell equations are kept. To study
those cases, we derived electromagnetic-dynamics equations, which include the generalized Maxwell
equations, energy and force conservation laws, and dynamics of scalar fields. These equations explain
that the scalar fields may work as the aether propagating the electromagnetic wave, and scalar waves
may work as the gravitational waves.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Aether and Gravitational Wave from Electromagnetic-Dynamics Equations]]></title>
   <link>http://viXra.org/abs/1007.0054</link>
   <pubDate>30 Jul 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0054v1<br/>
     <b>title:</b>     Aether and Gravitational Wave from Electromagnetic-Dynamics Equations<br/>
     <b>authors:</b>   Yoshiro Nohara<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Jul 2010<br/>
     <b>abstract:</b>  
The generalized Maxwell equations in vacuum are basically the equations for steady states, which
satisfy both energy and force conservation laws. However, superpositions of the steady states often
break those conservation laws, although the generalized Maxwell equations are kept. To study
those cases, we derived electromagnetic-dynamics equations, which include the generalized Maxwell
equations, energy and force conservation laws, and dynamics of scalar fields. These equations
explain that the scalar fields work as the aether propagating the electromagnetic wave, scalar waves
work as the gravitational waves, and how the electromagnetic waves advance along the way in the
gravitational waves.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Russian Numerals: a Clue to Aryan Counting]]></title>
   <link>http://viXra.org/abs/1007.0053</link>
   <pubDate>30 Jul 2010</pubDate>
   <category>Linguistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0053v1<br/>
     <b>title:</b>     Russian Numerals: a Clue to Aryan Counting<br/>
     <b>authors:</b>   Valery P. Dmitriyev<br/>
     <b>category:</b>  Linguistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Jul 2010<br/>
     <b>abstract:</b>  
Russian numerals fit into a rhymed mnemonic verse. Almost exact correspondence to names of respective Greek letters and many
parallels with Sanscrit, Greek, Latin, English and German numerals occur.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Mathematical Model of the Quark and Lepton Mixing Angles]]></title>
   <link>http://viXra.org/abs/1007.0052</link>
   <pubDate>30 Jul 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0052v1<br/>
     <b>title:</b>     A Mathematical Model of the Quark and Lepton Mixing Angles<br/>
     <b>authors:</b>   J. S. Markovitch<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Jul 2010<br/>
     <b>abstract:</b>  
A single mathematical model encompassing both quark and lepton mixing is described. This model exploits the fact that when a
3<em>&#215;</em>3
rotation matrix whose elements are squared is subtracted from its transpose, a matrix is produced whose non-diagonal elements have a common absolute value, where this value is an intrinsic property of the rotation matrix. For the traditional CKM quark mixing matrix with its second and third rows interchanged (i.e., c - t interchange), this value equals one-third the corresponding value for the leptonic matrix (roughly,
0.05
versus 0.15). By imposing this and two additional related constraints on mixing, and letting leptonic <em>&#981;</em><em><sub>23</sub></em>
be
maximal, a framework is defined possessing just two free parameters. A mixing model is then specified using values for these two parameters that derive from the solution to a simple equation, where this solution also accurately reproduces the fine structure constant. The resultant model, which is entirely free from parameters adjusted to fit the mixing data, possesses the following angles <em>&#952;</em><em><sub>23</sub></em> = 2<em>.</em>367442<em><sup>&#9702;</sup></em>,
<em>&#952;</em><em><sub>13</sub></em> =
0<em>.</em>190986<em><sup>&#9702;</sup></em>,
<em>&#952;</em><em><sub>12</sub></em> =
12<em>.</em>920966<em><sup>&#9702;</sup></em>,
<em>&#981;</em><em><sub>23</sub></em> = maximal, <em>&#981;</em><em><sub>13</sub></em> = 0<em>.</em>013665<em><sup>&#9702;</sup></em>, and <em>&#981;</em><em><sub>12</sub></em> = 33<em>.</em>210911<em><sup>&#9702;</sup></em>, which fit the experimental quark and lepton mixing angles. At the time of its introduction in 2007, this model had a 7<em>.</em>0&#963; </em>disagreement with the value for <em>|</em><em>V</em><em><sub>ub</sub></em><em>|</em>, whereas a revised value for <em>|</em><em>V</em><em><sub>ub</sub></em><em>|
</em>from the same source now yields a disagreement of just 1<em>.</em>6&#963;</em>.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On the Invariance of the Velocity of Light]]></title>
   <link>http://viXra.org/abs/1007.0051</link>
   <pubDate>29 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0051v1<br/>
     <b>title:</b>     On the Invariance of the Velocity of Light<br/>
     <b>authors:</b>   Bertrand Wong<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 Jul 2010<br/>
     <b>abstract:</b>  
The Special Theory of Relativity postulates that the velocity of light
would always be invariant at 186,000 miles per second at all inertial
frames. The paper examines this aspect of the Theory.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Thermodynamic Foundations of General Relativity (The Primary Gas Representation of Particle-X)]]></title>
   <link>http://viXra.org/abs/1007.0050</link>
   <pubDate>28 Jul 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0050v1<br/>
     <b>title:</b>     Thermodynamic Foundations of General Relativity (The Primary Gas Representation of Particle-X)<br/>
     <b>authors:</b>   V.A.Induchoodan Menon<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 Jul 2010<br/>
     <b>abstract:</b>  
The author after introducing the concept of the vean (vacuum
energy absorption) process shows that it not only crystallizes the
progressive nature of time but also causes gravitation and the
red shift of light emitted by far off galaxies [1]. He now shows
that the thermodynamics of the primary gas in a gravitational
field leads to the principle of equivalence and to its field
equations of general relativity. The curvature of the space-time
is seen to emerge from the anisotropy of the fluctuations in the
Higgs field in the neighborhood of a massive body arising from
the vean process. According to him unlike the currently
accepted interpretation of general relativity the gravitational
field based on the vean process does not exhibit non-linearity.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (6): the Chinese Remainder Theorem and Goldbach' Primes]]></title>
   <link>http://viXra.org/abs/1007.0049</link>
   <pubDate>28 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0049v1<br/>
     <b>title:</b>     Goldbach' Conjecture (6): the Chinese Remainder Theorem and Goldbach' Primes<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 Jul 2010<br/>
     <b>abstract:</b>  
By the Chinese Remainder Theorem, we can obtain Goldbach' Primes

   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (5): When I=1~r, the P and N Are Incongruent Modulo P<sub>i</sub>, the P is Goldbach' Primes]]></title>
   <link>http://viXra.org/abs/1007.0048</link>
   <pubDate>28 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0048v1<br/>
     <b>title:</b>     Goldbach' Conjecture (5): When I=1~r, the P and N Are Incongruent Modulo P<sub>i</sub>, the P is Goldbach' Primes<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 Jul 2010<br/>
     <b>abstract:</b>  
When i=1~r, the p and N are incongruent modulo p<sub>i</sub>, The p is Goldbach' Primes

   ]]> </description>
</item>
<item>
   <title><![CDATA[Using Gravitation to Emulate Electromagnetism.]]></title>
   <link>http://viXra.org/abs/1007.0047</link>
   <pubDate>20 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0047v3<br/>
     <b>title:</b>     Using Gravitation to Emulate Electromagnetism.<br/>
     <b>authors:</b>   S. Halayka<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      20 Aug 2010<br/>
     <b>abstract:</b>  
The possibility of Universe-scale black holes living in closed 3D space of constant
positive curvature was briefly considered in previous work. Further consideration
of this possibility is given here. A possible link between gravitation and
electromagnetism is discussed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Using Gravitation to Emulate Electromagnetism.]]></title>
   <link>http://viXra.org/abs/1007.0047</link>
   <pubDate>3 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0047v2<br/>
     <b>title:</b>     Using Gravitation to Emulate Electromagnetism.<br/>
     <b>authors:</b>   S. Halayka<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      3 Aug 2010<br/>
     <b>abstract:</b>  
The possibility of Universe-scale black holes living in closed 3D space of constant
positive curvature was briefly considered in previous work. Further consideration
of this possibility is given here. A possible link between gravitation and
electromagnetism is discussed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Using Gravitation to Emulate Electromagnetism.]]></title>
   <link>http://viXra.org/abs/1007.0047</link>
   <pubDate>28 Jul 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0047v1<br/>
     <b>title:</b>     Using Gravitation to Emulate Electromagnetism.<br/>
     <b>authors:</b>   S. Halayka<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 Jul 2010<br/>
     <b>abstract:</b>  
The possibility of Universe-scale black holes living in closed 3D space of constant
positive curvature was briefly considered in previous work. Further consideration
of this possibility is given here. A possible link between gravitation and
electromagnetism is discussed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (4): the Expression of the Number of Goldbach' Primes]]></title>
   <link>http://viXra.org/abs/1007.0046</link>
   <pubDate>27 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0046v1<br/>
     <b>title:</b>     Goldbach' Conjecture (4): the Expression of the Number of Goldbach' Primes<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      27 Jul 2010<br/>
     <b>abstract:</b>  
Use the inclusion-exclusion to show that the expression of the number of Goldbach' Primes.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (3): Goldbach' Primes and Eratosthenes' Sieve Method]]></title>
   <link>http://viXra.org/abs/1007.0045</link>
   <pubDate>27 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0045v1<br/>
     <b>title:</b>     Goldbach' Conjecture (3): Goldbach' Primes and Eratosthenes' Sieve Method<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      27 Jul 2010<br/>
     <b>abstract:</b>  
By Eratosthenes' sieve method, we can obtain Goldbach' Primes.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On Using Greenberger-Horne-Zeilinger Three-Particle States for Superluminal Communication]]></title>
   <link>http://viXra.org/abs/1007.0044</link>
   <pubDate>12 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0044v1<br/>
     <b>title:</b>     On Using Greenberger-Horne-Zeilinger Three-Particle States for Superluminal Communication<br/>
     <b>authors:</b>   Raymond W Jensen<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Jul 2010<br/>
     <b>abstract:</b>  
Using a three-particle entangled system (triple), it is possible in principle to transmit
signals faster than the speed of light from sender to receiver in the following manner:
From an emitter, for every triple, particles 1 and 2 are sent to the receiver and 3 to the
sender. The sender is given the choice of whether or not to measure polarization of
particle 3. Meanwhile the receiver measures particle correlation vs. relative polarization
angle for the polarizers of particles 1 and 2. The particle 1 and 2 correlation statistics
depend on whether or not particle 3 polarization was measured, instantaneously. This
dependence is a basis for faster-than-light communication.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Special Theory of Relativity in Absolute Space and the Symmetric Twin Paradox ( on the Possibility of Absolute Motion )]]></title>
   <link>http://viXra.org/abs/1007.0043</link>
   <pubDate>26 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0043v1<br/>
     <b>title:</b>     Special Theory of Relativity in Absolute Space and the Symmetric Twin Paradox ( on the Possibility of Absolute Motion )<br/>
     <b>authors:</b>   Golden Gadzirayi Nyambuya, Mabedle Donald Ngobeni<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Jul 2010<br/>
     <b>abstract:</b>  
Departing from the traditional case where one twin stays put while the other rockets into space, we consider
the case of identically accelerated twins. Both twins depart at uniform relativistic speeds in opposite directions for
a round trip from the Earth on their 21th birthday destined into space to some distant constellation that is a distance L<sub>0</sub> in
the rest frame of the Earth. A &quot;proper&quot; application of the Special Theory of Relativity (STR) tells us that the Earth bound
observers will conclude that on the day of reunion, both twins must both have aged the same albeit their clocks (which where
initially synchronized with that of the Earth bound observers) will have registered a duration less than that registered by the
Earth bound observers. In the traditional twin paradox, it is argued that the stay at home twin will have aged more than
the traveling twin and the asymmetry is attributed to the fact that the travelling twin's frame of reference is not an inertial
reference frame during the periods of acceleration and deceleration making it illegal for the travelling twin to use the STR
in their frame, thus &quot;resolving&quot; the paradox. This same argument does not hold in the case considered here as both twins
will undergo identical experiences where each twin sees the other as the one that is in motion. This means, each twin must
conclude that the other twin is the one that is younger. They will conclude that their ages must be numerically different, thus
disagreeing with the Earth bound observers that their ages are the same. This leads us to a true paradox whose resolution is
found in the deduction that motion must be absolute. We provide a thought-experiment on how to measure absolute motion.
Through this thought-experiment, we extend the second postulate of the STR to include the direction of propagation of light,
namely that not only is the speed of light the same for all observers, but the direction of propagation as-well. Succinctly, the
speed of light along its direction of motion in the absolute frame of reference is the same for all observers in the Universe.
In an effort to try and resolve the symmetric twin paradox, we set-forth a relativistic aether model, which at best can be
described as the Special Theory of Relativity in Absolute Space. By recalibrating several experiments performed by other
researchers in the past, we find that the Earth's speed through the aether is in the range 240 &plusmn; 80 kms<sup>-1</sup>.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Universal Medium ( According to &quot;Hypothesis on MATTER&quot; )]]></title>
   <link>http://viXra.org/abs/1007.0042</link>
   <pubDate>26 Jul 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0042v1<br/>
     <b>title:</b>     Universal Medium ( According to &quot;Hypothesis on MATTER&quot; )<br/>
     <b>authors:</b>   Nainan K. Varghese<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Jul 2010<br/>
     <b>abstract:</b>  
Space is a functional entity, presupposed by rational beings, whenever real entities
are envisaged. Being a functional entity, space has no structure or form. It can neither
physically act nor is able to undergo physical actions. By realising a real entity that fills the
entire space as an all-encompassing universal medium, the formless space can be replaced
with a structured real entity. This real entity will have positive existence and at the same time,
it can have all properties currently assigned to space or to other imaginary entities like;
different types of aether, imaginary particles or various types of fields. No actions can be
performed at a distance through empty space. An all-encompassing medium is essential to
facilitate (apparent) physical actions between matter bodies at a distance. Aether, used in
aether-theories is too vague and fails to describe many physical actions of matter bodies,
logically. 'Hypothesis on MATTER' envisages an all-encompassing medium, which has only
one type of real (postulated) constituent particles and definite properties. Envisaging a
universal medium, as described in the concept, helps to logically explain all physical
phenomena, related to matter.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Electromagnetic Stealth with Parallel Electric and Magnetic Fields]]></title>
   <link>http://viXra.org/abs/1007.0041</link>
   <pubDate>26 Jul 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0041v1<br/>
     <b>title:</b>     Electromagnetic Stealth with Parallel Electric and Magnetic Fields<br/>
     <b>authors:</b>   T. E. Raptis<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Jul 2010<br/>
     <b>abstract:</b>  
We analyze a theoretical example of parallel electric and magnetic fields in a
hypothetical anisotropic medium with varying susceptibility. We deduce the
polarization characteristics and we discuss the conditions under which this could be
utilized in electromagnetic invisibility.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Entropy and 'the Arrow of Time', a Love Story]]></title>
   <link>http://viXra.org/abs/1007.0040</link>
   <pubDate>4 Aug 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0040v2<br/>
     <b>title:</b>     Entropy and 'the Arrow of Time', a Love Story<br/>
     <b>authors:</b>   Constantinos Ragazas<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      4 Aug 2010<br/>
     <b>abstract:</b>  
In this short note we offer a new definition of entropy and derive an interesting 
relationship between entropy and time. In light of this relationship, we show how 
The Second Law of Thermodynamics can be interpreted as saying that every physical 
process requires a lapse of time. In simple language, the Second Law says that 
'everything happens over some positive time-interval'. This defines 'the arrow of time'. 
 This understanding of entropy maintains the reciprocal relationship between entropy 
and temperature, makes entropy 'additive', and preserves the notion that entropy 
provides a measure of 'available energy' to do work. What does change, however, is 
the idea that entropy is a measure of disorder, and the Universe is doomed to 
thermal death.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Entropy and 'the Arrow of Time', a Love Story]]></title>
   <link>http://viXra.org/abs/1007.0040</link>
   <pubDate>26 Jul 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0040v1<br/>
     <b>title:</b>     Entropy and 'the Arrow of Time', a Love Story<br/>
     <b>authors:</b>   Constantinos Ragazas<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Jul 2010<br/>
     <b>abstract:</b>  
In this short note we offer a new definition of entropy and derive an interesting 
relationship between entropy and time. In light of this relationship, we show how 
The Second Law of Thermodynamics can be interpreted as saying that every physical 
process requires a lapse of time. In simple language, the Second Law says that 
'everything happens over some positive time-interval'. This defines 'the arrow of time'. 
 This understanding of entropy maintains the reciprocal relationship between entropy 
and temperature, makes entropy 'additive', and preserves the notion that entropy 
provides a measure of 'available energy' to do work. What does change, however, is 
the idea that entropy is a measure of disorder, and the Universe is doomed to 
thermal death.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Can the Edges of a Complete Graph Form a Radially Symmetric Field in Closed Space of Constant Positive Curvature?]]></title>
   <link>http://viXra.org/abs/1007.0039</link>
   <pubDate>25 Jul 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0039v1<br/>
     <b>title:</b>     Can the Edges of a Complete Graph Form a Radially Symmetric Field in Closed Space of Constant Positive Curvature?<br/>
     <b>authors:</b>   S. Halayka<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      25 Jul 2010<br/>
     <b>abstract:</b>  
In earlier work, it was found that the edges of a complete graph can
very nearly form a radially symmetric field at long distance in 
at 2D and
3D space if the number of graph vertices is great enough. In this work, it
is confirmed that the edges of a complete graph can also very nearly form
a radially symmetric field in closed 2D and 3D space of constant positive
curvature if the graph is small compared to the entirety of the space in
which it lives and if the number of graph vertices is great enough.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Michelson-Type Interferometer Operating at Effects of First Order with Respect to V/c]]></title>
   <link>http://viXra.org/abs/1007.0038</link>
   <pubDate>24 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0038v1<br/>
     <b>title:</b>     Michelson-Type Interferometer Operating at Effects of First Order with Respect to V/c<br/>
     <b>authors:</b>   V.V. Demjanov<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 Jul 2010<br/>
     <b>abstract:</b>  
&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; More than hundred years the opinion persists 
that Michelson interferometer can not detect aether wind by 
effects of first order with respect to the ratio <i>&upsilon;</i>/<i>c</i>. Below there will be shown 
that the degenerations of the interfer-ometer's sensitivity to effects of first order can be lifted 
changing the traditional  configurations of the device. My experiment demonstrated that a two-media 
device operating at effects of first order can reliably measure the shift of the interference fringe 
(and thus the speed of &quot;aether wind&quot;), and much more successfully than by Michelson interferometer 
operating at effects of second order. Unlike in the traditional approach, in the interferometer of 
first order light rays (after splitting at semi-transparent plate) propagate in both orthogonal arms 
to rebounding mirrors in a one optical medium (with the dielectric permittivity 
&epsilon;<sub><small>1</small></sub>), and return after reflection to a plate re-uniting them for 
interference via another medium (with the dielectric permittivity &epsilon;<sub><small>2</small></sub>). 
The shift of interference fringe is reliably registered (in rotation of the interferometer by 
90<sup><small>o</small></sup>) even at gas light carrying pairs with arm's length up to 1 m. With this 
the fringe shift appears to be proportional to <i>&upsilon;</i>/<i>c</i> and difference 
&epsilon;<sub><small>1</small></sub>&ndash;&epsilon;<sub><small>2</small></sub>. <br>
 &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; The experimental findings have been interpreted basing on 
classical scheme of ray optics by two methods: 1) with the Fresnel model of dragging light by 
moving optical medium neglecting terms quadratic in <i>&upsilon;</i>/<i>c</i> (including the 
Lorentz contraction of the longitudinal to <b>v</b> arm as quadratic with respect to <i>&upsilon;</i>/<i>c</i>), 2) 
with the classical theory of the frequency dispersion of moving dielectric media, supplemented by the accounting 
classical and relativistic Doppler effects describing translatory motion (with velocity <b>v</b>) of particles of 
interferometer light carriers in aether. From observations of the fringe shift on the interferometer of first order 
with respect to <i>&upsilon;</i>/<i>c</i>  there was found (at the latitude of Obninsk) the change of the horizontal 
projection of the Earth's velocity relative to luminiferous aether in the limits 140&lt;<i>&upsilon;</i>&lt;480 km/s 
depending on the local time of the day and night.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (2): When the P is Congruent to N Modulo P<sub>i</sub>, the P is not Goldbach' Primes]]></title>
   <link>http://viXra.org/abs/1007.0037</link>
   <pubDate>24 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0037v1<br/>
     <b>title:</b>     Goldbach' Conjecture (2): When the P is Congruent to N Modulo P<sub>i</sub>, the P is not Goldbach' Primes<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 Jul 2010<br/>
     <b>abstract:</b>  
When the p is congruent to N modulo p<sub>i</sub>, the p is not Goldbach' Primes.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Goldbach' Conjecture (1): Goldbach' Primes Are Symmetric Primes]]></title>
   <link>http://viXra.org/abs/1007.0036</link>
   <pubDate>24 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0036v1<br/>
     <b>title:</b>     Goldbach' Conjecture (1): Goldbach' Primes Are Symmetric Primes<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 Jul 2010<br/>
     <b>abstract:</b>  
When n/2 + x and n/2 - x or y and y + (N-y) are primes, they are Goldbach' 
Primes. Put it another way, The Goldbach' Primes are symmetric primes.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A New Proof of an Inequality of Oppenheim]]></title>
   <link>http://viXra.org/abs/1007.0035</link>
   <pubDate>23 Jul 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0035v1<br/>
     <b>title:</b>     A New Proof of an Inequality of Oppenheim<br/>
     <b>authors:</b>   Marian Dinc&#259;, J. L. D&iacute;az-Barrero<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      23 Jul 2010<br/>
     <b>abstract:</b>  
In this short note a new proof of a classical inequality involving the
areas of a pair of triangles is presented.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On the Gini Mean Difference Arc-Lengths Test for Circular Data]]></title>
   <link>http://viXra.org/abs/1007.0034</link>
   <pubDate>16 Aug 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0034v2<br/>
     <b>title:</b>     On the Gini Mean Difference Arc-Lengths Test for Circular Data<br/>
     <b>authors:</b>   David D. Tung, S. Rao Jammalamadaka<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      16 Aug 2010<br/>
     <b>abstract:</b>  
In this paper, we propose a new test of uniformity on the circle based on the
Gini mean difference of the sample arc-lengths. These sample arc-lengths,
which are the gaps between successive observations on the circumference of
the circle, are analogous to sample spacings on the real line. The Gini mean
difference, which compares these arc-lengths between themselves, is 
analogous to Rao's spacings statistic, which has been used to test the uniformity
of circular data.
We obtain both the exact and asymptotic distributions of the Gini mean
difference arc-lengths test, under the null hypothesis of circular uniformity.
We also provide a table of upper percentile values of the exact distribution for
small to moderate sample sizes. Illustrative examples in circular data analysis
are also given. It is shown that a generalized Gini mean difference test has
better asymptotic efficiency than the corresponding generalized Rao's test in
the sense of Pitman asymptotic relative efficiency.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On the Gini Mean Difference Arc-Lengths Test for Circular Data]]></title>
   <link>http://viXra.org/abs/1007.0034</link>
   <pubDate>23 Jul 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0034v1<br/>
     <b>title:</b>     On the Gini Mean Difference Arc-Lengths Test for Circular Data<br/>
     <b>authors:</b>   David D. Tung, S. Rao Jammalamadaka<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      23 Jul 2010<br/>
     <b>abstract:</b>  
In this paper, we propose a new test of uniformity on the circle based on
the Gini mean difference of the sample arc-lengths, i.e. the gaps between
successive observations on the circumference of the circle. These sample
arc-lengths are analogous to sample spacings, which are the gaps between
successive observations on the real line. Such a Gini mean difference test is
analogous to Rao's spacings test, which has been used to test the uniformity
of circular data.
We obtain both the exact and asymptotic distributions of the Gini mean
difference arc-lengths test, under the null hypothesis of circular uniformity.
We also provide a table of upper percentile values of the exact distribution
for small to moderate sample sizes. Some examples of circular data analysis
are also considered. It is also seen that the Gini mean difference arc-lengths
tests is more asymptotically efficient than Rao's test in the sense of Pitman
asymptotic relative efficiency.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Universal Theory of Dimensionless Constants of Nature]]></title>
   <link>http://viXra.org/abs/1007.0033</link>
   <pubDate>23 Aug 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0033v3<br/>
     <b>title:</b>     Universal Theory of Dimensionless Constants of Nature<br/>
     <b>authors:</b>   Mark A. Thomas<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      23 Aug 2010<br/>
     <b>abstract:</b>  
An analytic structural approach to calculating dimensionless constants of Nature
is presented which shows a direct relation between physics, and a number
theoretic form involving transcendental forms and the Monster group. A
development inherent in the consistency of the calculation leads to the deduction
of the fine structure constant from pure mathematical structure. The fine
structure constant is calculated as pure number in transcendental form
0.00729735256884151851344.... This lies within the margin of error of
Gabrielse?s 2008 experimentally determined value 0.007297352569(5). An
argument is made that the naturalness of the mathematical structure explains
away the hierarchical mass scale problem of physics and that the structure could
be core to the Standard Model with the inclusion of the gravitational gauge force.
The universality of the approach is presented to show its reaching domain. If the
forms and calculation are true the fine tuning argument of physics may be
overturned.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Universal Theory of Dimensionless Constants of Nature]]></title>
   <link>http://viXra.org/abs/1007.0033</link>
   <pubDate>31 Jul 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0033v2<br/>
     <b>title:</b>     Universal Theory of Dimensionless Constants of Nature<br/>
     <b>authors:</b>   Mark A. Thomas<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      31 Jul 2010<br/>
     <b>abstract:</b>  
An analytic structural approach to calculating dimensionless constants of Nature
is presented which shows a direct relation between physics, and a number
theoretic form involving transcendental forms and the Monster group. A
development inherent in the consistency of the calculation leads to the deduction
of the fine structure constant from pure mathematical structure. The fine
structure constant is calculated as pure number in transcendental form
0.00729735256884151851344.... This lies within the margin of error of
Gabrielse?s 2008 experimentally determined value 0.007297352569(5). An
argument is made that the naturalness of the mathematical structure explains
away the hierarchical mass scale problem of physics and that the structure could
be core to the Standard Model with the inclusion of the gravitational gauge force.
The universality of the approach is presented to show its reaching domain. If the
forms and calculation are true the fine tuning argument of physics may be
overturned.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Universal Theory of Dimensionless Constants of Nature]]></title>
   <link>http://viXra.org/abs/1007.0033</link>
   <pubDate>22 Jul 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0033v1<br/>
     <b>title:</b>     Universal Theory of Dimensionless Constants of Nature<br/>
     <b>authors:</b>   Mark A. Thomas<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      22 Jul 2010<br/>
     <b>abstract:</b>  
An analytic structural approach to calculating dimensionless constants of Nature
is presented which shows a direct relation between physics, and a number
theoretic form involving transcendental forms and the Monster group. A
development inherent in the consistency of the calculation leads to the deduction
of the fine structure constant from pure mathematical structure. The fine
structure constant is calculated as pure number in transcendental form
0.00729735256884151851344... This lies within the margin of error of
Gabrielse?s 2008 experimentally determined value 0.007297352569(5). An
argument is made that the naturalness of the mathematical structure explains
away the hierarchical mass scale problem of physics and that the structure could
be core to the Standard Model with the inclusion of the gravitational gauge force.
The universality of the approach is presented to show its reaching domain. If the
forms and calculation are true the fine tuning argument of physics may be
overturned.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Because there is Inertial and Gravitational Mass]]></title>
   <link>http://viXra.org/abs/1007.0032</link>
   <pubDate>21 Jul 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0032v1<br/>
     <b>title:</b>     Because there is Inertial and Gravitational Mass<br/>
     <b>authors:</b>   Raffaele Cogoni<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 Jul 2010<br/>
     <b>abstract:</b>  
The matter in the universe, is equipped with inertial and gravitational mass and thus weight,
this is due to the fact that interactions between bodies, traveling at a finite speed not
exceeding that of light.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A New Generic Class of Beltrami &quot;Force-Free&quot; Fields. Part-i: Theoretical Considerations]]></title>
   <link>http://viXra.org/abs/1007.0031</link>
   <pubDate>19 Jul 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0031v1<br/>
     <b>title:</b>     A New Generic Class of Beltrami &quot;Force-Free&quot; Fields. Part-i: Theoretical Considerations<br/>
     <b>authors:</b>   T. E. Raptis<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 Jul 2010<br/>
     <b>abstract:</b>  
We report on a new general class of solutions of the Beltrami equation, with
special characteristics. We also provide examples of solutions that also satisfy Maxwell equations.
A subset of these solutions can be isolated which corresponds to &quot;gauge&quot; fields. A special
projective geometry of vacuum fields is also revealed and discussed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Alpha Torque and Quantum Physics]]></title>
   <link>http://viXra.org/abs/1007.0030</link>
   <pubDate>19 Jul 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0030v1<br/>
     <b>title:</b>     The Alpha Torque and Quantum Physics<br/>
     <b>authors:</b>   Zhiliang Cao, Henry Cao<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 Jul 2010<br/>
     <b>abstract:</b>  
In the center of the universe, there isn't a super massive black hole or any specific 
energy holding the universe together. The source of this supposed energy is in the space 
itself. The space itself is not a complete void. In fact, space itself has a simple movement. 
This very movement dominates every aspect of physical existence. Nothing can exist without it. 
The movement is called the Torque. This theory can make it easier to understand Quantum Physics.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Super Linear Algebra]]></title>
   <link>http://viXra.org/abs/1007.0029</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0029v1<br/>
     <b>title:</b>     Super Linear Algebra<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
In this book, the authors introduce the notion of Super linear
algebra and super vector spaces using the definition of super
matrices defined by Horst (1963). This book expects the readers
to be well-versed in linear algebra.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Super Fuzzy Matrices and Super Fuzzy Models for Social Scientists]]></title>
   <link>http://viXra.org/abs/1007.0028</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Social Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0028v1<br/>
     <b>title:</b>     Super Fuzzy Matrices and Super Fuzzy Models for Social Scientists<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, K. Amal<br/>
     <b>category:</b>  Social Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
The concept of supermatrix for social scientists was first
introduced by Paul Horst. The main purpose of his book was to
introduce this concept to social scientists, students, teachers and
research workers who lacked mathematical training. He wanted
them to be equipped in a branch of mathematics that was
increasingly valuable for the analysis of scientific data.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Superbimatrices and Their Generalizations]]></title>
   <link>http://viXra.org/abs/1007.0027</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0027v1<br/>
     <b>title:</b>     Superbimatrices and Their Generalizations<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
The systematic study of supermatrices and super linear
algebra has been carried out in 2008. These new algebraic
structures find their applications in fuzzy models, Leontief
economic models and data-storage in computers.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Using Simple Number Theory to Predict Stable Isotopes]]></title>
   <link>http://viXra.org/abs/1007.0026</link>
   <pubDate>17 Jul 2010</pubDate>
   <category>Nuclear and Atomic Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0026v1<br/>
     <b>title:</b>     Using Simple Number Theory to Predict Stable Isotopes<br/>
     <b>authors:</b>   Sean C. Williams<br/>
     <b>category:</b>  Nuclear and Atomic Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Jul 2010<br/>
     <b>abstract:</b>  
An abstract method is described for predicting stable isotopes using simple number 
theory based on a system of predefined combinations, or &quot;Blocks&quot;, of protons and 
neutrons. Each Block is made up of a prime number of protons, and a binary power 
increase in the number of neutrons. Predictions using the Block system fully includes 
all the stable isotopes.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (341)-(390)]]></title>
   <link>http://viXra.org/abs/1007.0025</link>
   <pubDate>17 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0025v1<br/>
     <b>title:</b>     The New Prime Theorem (341)-(390)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Jul 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (341)-(390) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Verification of Cepheid Variable Distance Measurements Using Roxy's Ruler]]></title>
   <link>http://viXra.org/abs/1007.0024</link>
   <pubDate>19 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0024v2<br/>
     <b>title:</b>     Verification of Cepheid Variable Distance Measurements Using Roxy's Ruler<br/>
     <b>authors:</b>   Bruce Rout<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      19 Jul 2010<br/>
     <b>abstract:</b>  
There has been some controversy over the validation of using the
period/luminosity relationship of Cepheid variables to measure the 
distance to galaxies[2]. We present here a statistical analysis of distance
variations for 21 galaxies between Cepheid variables and Roxy's Ruler.
The analysis shows there is no systemic error in Measurements to 
galaxies using Cepheid variables and that such measurements are valid within
well defined degrees of error.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Verification of Cepheid Variable Distance Measurements Using Roxy's Ruler]]></title>
   <link>http://viXra.org/abs/1007.0024</link>
   <pubDate>16 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0024v1<br/>
     <b>title:</b>     Verification of Cepheid Variable Distance Measurements Using Roxy's Ruler<br/>
     <b>authors:</b>   Bruce Rout<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jul 2010<br/>
     <b>abstract:</b>  
There has been some controversy over the validation of using the
period/luminosity relationship of Cepheid variables to measure the 
distance to galaxies[2]. We present here a statistical analysis of distance
variations for 21 galaxies between Cepheid variables and Roxy's Ruler.
The analysis shows there is no systemic error in Measurements to 
galaxies using Cepheid variables and that such measurements are valid within
well defined degrees of error.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Planck Constant Estimation Using Constant Period Relativistic Symmetric Oscillator]]></title>
   <link>http://viXra.org/abs/1007.0023</link>
   <pubDate>14 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0023v1<br/>
     <b>title:</b>     Planck Constant Estimation Using Constant Period Relativistic Symmetric Oscillator<br/>
     <b>authors:</b>   J. Bar-Sagi<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 Jul 2010<br/>
     <b>abstract:</b>  
The electromagnetic wave quantum-energy depends only on its frequency, not on the emitting
system's radiation power. The proportionality constant between the frequency and the quantumenergy
of the electromagnetic wave, the Planck's constant is in the essence of quantum mechanics.
This constant is known experimentally but till now there was no clue for calculating its value
on a theoretical basis. In the present work a methodology for calculating a lower bound for
Planck's constant is presented, based on simple principles. In order to get a reasonable good
lower bound it is necessary to have a model of a relativistic oscillator whose period is independent
of its energy and which efficiently radiates electromagnetic energy. It is highly desired that
the mathematics involved is simple enough to enable good insight into the results. Such a model
can also be used for other investigations, and therefore, in this work a potential that conserves the
vibration period of symmetric oscillators at relativistic velocities is found and analyzed. The
electrically charged system of constant period is used to calculate a lower bound H<sub>m</sub> of the
Planck's constant h . The value of H<sub>m</sub> is smaller than h by a factor very close to &radic;3 . The
explanation of this factor also explains the value of Planck's constant. From this value the fine
structure constant value is calculated and a new interpretation of this constant obtained.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.]]></title>
   <link>http://viXra.org/abs/1007.0022</link>
   <pubDate>13 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0022v5<br/>
     <b>title:</b>     Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.<br/>
     <b>authors:</b>   Peter Jackson, R K Nixey<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      13 Aug 2010<br/>
     <b>abstract:</b>  
We uncover a relativistic error influencing physics at a critical moment. Refraction due to
relative motion was considered from the wrong inertial frame by Lodge for his influential
1893 Stellar Aberration paper following Michelson&amp;Morley's null result, the light path shown
'dragged' by the new medium.[1] Within the frame of a moving medium the lights path
refracts back towards the normal, as in more dense media at rest. Jones's 1970 glass disks
experiment repeated the error.[2] We show how in Special Relativity (SR) using the correct
observer frame is essential, and how this erroneously 'disproved' Stokes M&amp;M supported
Ether Drag theory, engendering Lorentz's contraction and time functions. We test variations
on Young's experiment, and consider the Huygens-Fresnel Principle[3] and implications on the
interstellar medium and EM field potential. Through the Ewald-Oseen Extinction Theorem,
interplanetary shocks and FM the SR postulates are confirmed, but a clarification emerges at
Maxwell's field limits, allowing replacement of an assumption with a quantum mechanism.
We find additional predictive powers and an improved ability to resolve anomalies and
perceived paradox. New perspectives on Snell and Fermat arise from the model using
Einsteins 1952 view that 'space' is actually; &quot;infinitely many spaces in relative motion.&quot;

   ]]> </description>
</item>
<item>
   <title><![CDATA[Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.]]></title>
   <link>http://viXra.org/abs/1007.0022</link>
   <pubDate>31 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0022v4<br/>
     <b>title:</b>     Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.<br/>
     <b>authors:</b>   Peter Jackson, R K Nixey<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      31 Jul 2010<br/>
     <b>abstract:</b>  
We uncover a relativistic error influencing physics at a critical moment. Refraction due to
relative motion was considered from the wrong inertial frame by Lodge for his influential
1893 Stellar Aberration paper following Michelson&amp;Morley's null result, the light path shown
'dragged' by the new medium.[1] Within the frame of a moving medium the lights path
refracts back towards the normal, as in more dense media at rest. Jones's 1970 glass disks
experiment repeated the error.[2] We show how in Special Relativity (SR) using the correct
observer frame is essential, and how this erroneously 'disproved' Stokes M&amp;M supported
Ether Drag theory, engendering Lorentz's contraction and time functions. We test variations
on Young's experiment, and consider the Huygens-Fresnel Principle[3] and implications on the
interstellar medium and EM field potential. Through the Ewald-Oseen Extinction Theorem,
interplanetary shocks and FM the SR postulates are confirmed, but a clarification emerges at
Maxwell's field limits, allowing replacement of an assumption with a quantum mechanism.
We find additional predictive powers and an improved ability to resolve anomalies and
perceived paradox. New perspectives on Snell and Fermat arise from the model using
Einsteins 1952 view that 'space' is actually; &quot;infinitely many spaces in relative motion.&quot;

   ]]> </description>
</item>
<item>
   <title><![CDATA[Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.]]></title>
   <link>http://viXra.org/abs/1007.0022</link>
   <pubDate>26 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0022v3<br/>
     <b>title:</b>     Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.<br/>
     <b>authors:</b>   Peter Jackson, R K Nixey<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      26 Jul 2010<br/>
     <b>abstract:</b>  
We uncover a relativistic error that influenced physics at a critical moment. Refraction due to
relative motion was considered from the wrong inertial frame by Lodge for his influential
1893 Stellar Aberration paper following Michelson & Morley's null result, the light path
shown 'dragged' by the new medium.[1] Within the frame of a moving medium the lights path
refracts back towards the normal, as in more dense media at rest. Jones's 1970 glass disks
experiment repeated the error.[2] We show how in Special Relativity (SR) using the correct
observer frame is essential, and how this erroneously 'disproved' Stokes Ether Drag theory,
supported by M&M, and lead to Lorentz's contraction and time functions. We test variations
on Young's experiment, and consider, non-technically, implications on and relationship with
SR, the interstellar medium and EM field potential. Through the Huygens-Fresnel Principle[3]
interplanetary shocks and FM a clarification of SR emerges requiring no more field than GR,
replacing an assumption with a known quantum mechanism, but confirming SR's postulates.
We test it's unprecedented additional predictive power and ability to resolve anomalies and
perceived paradox. New perspectives on Snell and Fermat arise from the model using
Einsteins 1952 view that 'space' is actually; &quot;infinitely many spaces in relative motion.&quot;

   ]]> </description>
</item>
<item>
   <title><![CDATA[Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.]]></title>
   <link>http://viXra.org/abs/1007.0022</link>
   <pubDate>14 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0022v2<br/>
     <b>title:</b>     Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.<br/>
     <b>authors:</b>   P A Jackson, R K Nixey<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      14 Jul 2010<br/>
     <b>abstract:</b>  
We uncover a relativistic error that influenced physics at a critical moment. Refraction due to
relative motion was considered from the wrong inertial frame by Lodge for his influential
1893 Stellar Aberration paper following Michelson & Morley's null result, the light path
shown 'dragged' by the new medium.[1] Within the frame of a moving medium the lights path
refracts back towards the normal, as in more dense media at rest. Jones's 1970 glass disks
experiment repeated the error.[2] We show how in Special Relativity (SR) using the correct
observer frame is essential, and how this erroneously 'disproved' Stokes Ether Drag theory,
supported by M&M, and lead to Lorentz's contraction and time functions. We test variations
on Young's experiment, and consider, non-technically, implications on and relationship with
SR, the interstellar medium and EM field potential. Through the Huygens-Fresnel Principle[3]
interplanetary shocks and FM a clarification of SR emerges requiring no more field than GR,
replacing an assumption with a known quantum mechanism, but confirming SR's postulates.
We test it's unprecedented additional predictive power and ability to resolve anomalies and
perceived paradox. New perspectives on Snell and Fermat arise from the model using
Einsteins 1952 view that 'space' is actually; &quot;infinitely many spaces in relative motion.&quot;
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.]]></title>
   <link>http://viXra.org/abs/1007.0022</link>
   <pubDate>13 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0022v1<br/>
     <b>title:</b>     Inertial Frame Error Discovery Derives Stellar Aberration and Paradox Free Special Relativity Via Huygens Principle.<br/>
     <b>authors:</b>   P A Jackson, R K Nixey<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Jul 2010<br/>
     <b>abstract:</b>  
We uncover an error of conception, influential on physics at a critical moment. Refraction due
to relative motion was observed from the incorrect inertial frame for Stellar Aberration, the
path 'dragged' by the new medium. Lodge discussed and showed this[1] in his influential 1893
paper following Michelson & Morley's null result. Jones's 1970 glass disks experiment
repeated it.[2] Within the frames of moving media lights paths refract towards the normal, as
in more dense media at rest. We show how in the Special Theory of Relativity (SR) using the
correct observer frame is essential and how this wrongly affected consideration of Stellar
Aberration and Stokes Ether Drag theory. We test subtle variations on Young's experiment,
and consider, non-technically, implications on and relationship with SR, the interstellar
medium, and EM field potential. Through the Huygens-Fresnel Principle,[3] WFS,
interplanetary shocks and FM a possible simple clarification of SR emerges to connect it with
a quantum mechanism, apparently requiring no more field than GR. We test it's predictive
power and ability to remove perceived paradox and dissent. New perspectives on Snell and
Fermat arise from a discrete field model using Einsteins 1952 view that 'space' is actually;
&quot;infinitely many spaces in relative motion.&quot;
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (191)-(240)]]></title>
   <link>http://viXra.org/abs/1007.0021</link>
   <pubDate>10 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0021v1<br/>
     <b>title:</b>     The New Prime Theorem (191)-(240)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Jul 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (191)-(240) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Formula of the Particle Radii]]></title>
   <link>http://viXra.org/abs/1007.0020</link>
   <pubDate>13 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0020v1<br/>
     <b>title:</b>     The Formula of the Particle Radii<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Jul 2010<br/>
     <b>abstract:</b>  
The Formula of the Particle Radii
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[]]></title>
   <link>http://viXra.org/abs/1007.0019</link>
   <pubDate>12 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0019v1<br/>
     <b>title:</b>     <br/>
     <b>authors:</b>   Raymond W Jensen<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Jul 2010<br/>
     <b>abstract:</b>  
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[An Equation that Changed the Universe: F-Bar = Mc<sup>2</sup>/R]]></title>
   <link>http://viXra.org/abs/1007.0018</link>
   <pubDate>11 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0018v1<br/>
     <b>title:</b>     An Equation that Changed the Universe: F-Bar = Mc<sup>2</sup>/R<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Jul 2010<br/>
     <b>abstract:</b>  
This paper explains the behavior of the entire universe from the smallest to the largest
scales,found an equation that changed the universe: F-bar = -mc<sup>2</sup>/R, established the
expansion theory of the universe without dark matter and dark energy, It shows that gravity
is action-at-a-distance and that a gravitational wave is unobservable.Thus,a new universe
model is suggested that the universe has a centre consisting of the tachyonic matter.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Single Thread]]></title>
   <link>http://viXra.org/abs/1007.0017</link>
   <pubDate>14 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0017v3<br/>
     <b>title:</b>     The Single Thread<br/>
     <b>authors:</b>   Giuliano Bettini<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      14 Jul 2010<br/>
     <b>abstract:</b>  
This short paper explores intriguing analogies between helical structures of electron
and elementary particles and circular supercoiled DNA. I propose a strong relation
between the dispositions Lk=Tw+Wr (Lk=const., changing Twist and Writhe) and
the quark compositions Q=I3+Y/2 (examples: Q=const., varying Isospin an
Hypercharge; or Strangeness S or Y=const. varying Charge and Isospin).

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Single Thread]]></title>
   <link>http://viXra.org/abs/1007.0017</link>
   <pubDate>13 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0017v2<br/>
     <b>title:</b>     The Single Thread<br/>
     <b>authors:</b>   Giuliano Bettini<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      13 Jul 2010<br/>
     <b>abstract:</b>  
This short paper explores intriguing analogies between helical structures of electron
and elementary particles and circular supercoiled DNA. I propose a strong relation
between the dispositions Lk=Tw+Wr (Lk=const., changing Twist and Writhe) and
the quark compositions Q=I3+Y/2 (examples: Q=const., varying Isospin an
Hypercharge; or Strangeness S or Y=const. varying Charge and Isospin).

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Single Thread]]></title>
   <link>http://viXra.org/abs/1007.0017</link>
   <pubDate>11 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0017v1<br/>
     <b>title:</b>     The Single Thread<br/>
     <b>authors:</b>   Giuliano Bettini<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Jul 2010<br/>
     <b>abstract:</b>  
This short paper explores intriguing analogies between helical structures of electron
and elementary particles and circular supercoiled DNA. I propose a strong relation
between the dispositions Lk=Tw+Wr (Lk=cost., changing Twist and Writhe) and the
quark compositions Q=I3+Y/2 (Q=cost., varying Isospin an Hypercharge).

   ]]> </description>
</item>
<item>
   <title><![CDATA[Studies in Statistical Inference, Sampling Techniques and Demography]]></title>
   <link>http://viXra.org/abs/1007.0016</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0016v1<br/>
     <b>title:</b>     Studies in Statistical Inference, Sampling Techniques and Demography<br/>
     <b>authors:</b>   Rajesh Singh, Jayant Singh, Florentin Smarandache<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
This volume is a collection of five papers. Two chapters deal with problems in statistical
inference, two with inferences in finite population, and one deals with demographic problem.
The ideas included here will be useful for researchers doing works in these fields.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Class of Stationary Sequences]]></title>
   <link>http://viXra.org/abs/1007.0015</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0015v1<br/>
     <b>title:</b>     A Class of Stationary Sequences<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
We define a class of sequences {a<sub>n</sub>} by a<sub>1</sub> = a and a<sub>n+1</sub> = P(a<sub>n</sub>), where P is
a polynomial with real coefficients. For which a values, and for which polynomials P
will these sequences be constant after a certain rank? Then we generalize it from
polynomials P to real functions f.
In this note, the author answers this question using as reference F. Lazebnik &amp; Y.
Pilipenko's E 3036 problem from A. M. M., Vol. 91, No. 2/1984, p. 140.
An interesting property of functions admitting fixed points is obtained.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Special Set Linear Algebra and Special Set Fuzzy Linear Algebra]]></title>
   <link>http://viXra.org/abs/1007.0014</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0014v1<br/>
     <b>title:</b>     Special Set Linear Algebra and Special Set Fuzzy Linear Algebra<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, K Ilanthenral<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
This book for the first time introduces the notion of special
set linear algebra and special set fuzzy linear algebra. This
is an extension of the book set linear algebra and set fuzzy
linear algebra. These algebraic structures basically exploit
only the set theoretic property, hence in applications one
can include a finite number of elements without affecting
the systems property. These new structures are not only
the most generalized structures but they can perform multi
task simultaneously; hence they would be of immense use
to computer scientists.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (291)-(340)]]></title>
   <link>http://viXra.org/abs/1007.0013</link>
   <pubDate>10 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0013v1<br/>
     <b>title:</b>     The New Prime Theorem (291)-(340)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Jul 2010<br/>
     <b>abstract:</b>  
Using Jiang function J<sub>2</sub>(&omega;) we prove that the new prime theorems (291)-(340) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Surmounting the Cartesian Cut Further: Torsion Fields, the Extended Photon, Quantum Jumps, the Klein-Bottle, Multivalued Logic, the Time Operator Chronomes, Perception, Semiosis, Neurology and Cognition]]></title>
   <link>http://viXra.org/abs/1007.0012</link>
   <pubDate>9 Jul 2010</pubDate>
   <category>Mind Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0012v1<br/>
     <b>title:</b>     Surmounting the Cartesian Cut Further: Torsion Fields, the Extended Photon, Quantum Jumps, the Klein-Bottle, Multivalued Logic, the Time Operator Chronomes, Perception, Semiosis, Neurology and Cognition<br/>
     <b>authors:</b>   Diego L. Rapoport<br/>
     <b>category:</b>  Mind Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 Jul 2010<br/>
     <b>abstract:</b>  
We present a conception that surmounts the Cartesian Cut -prevailing in science- based
on a representation of the fusion of the physical 'objective' and the 'subjective' realms.
We introduce a mathematical-physics and philosophical theory for the physical realm and
its mapping to the cognitive and perceptual realms and a philosophical reflection on the
bearings of this fusion in cosmology, cognitive sciences, human and natural systems and
its relations with a time operator and the existence of time cycles in Nature's and human
systems. This conception stems from the self-referential construction of spacetime through
torsion fields and its singularities; in particular the photon's self-referential character, basic
to the embodiment of cognition ; we shall elaborate this in detail in perception and neurology.
We discuss the relations between this embodiment, bio-photons and wave genetics,
and the relation with the enactive approach in cognitive sciences due to Varela. We further
discuss the relation of the present conception with Penrose's theory of consciousness related
to non-computatibility -in the sense of the Goedel-Turing thesis- of quantum processes in
the brain.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A New Proof Daniel Pedoe and Oene Bottema Inequalities]]></title>
   <link>http://viXra.org/abs/1007.0011</link>
   <pubDate>8 Jul 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0011v1<br/>
     <b>title:</b>     A New Proof Daniel Pedoe and Oene Bottema Inequalities<br/>
     <b>authors:</b>   Marian Dinc&#259;, &#x15E;coala General&#259;<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 Jul 2010<br/>
     <b>abstract:</b>  
In the paper given a new proof the two inequalities using unitary method.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On the Critical Temperatures of Superconductors: a Quantum Gravity Approach]]></title>
   <link>http://viXra.org/abs/1007.0010</link>
   <pubDate>8 Jul 2010</pubDate>
   <category>Condensed Matter</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0010v1<br/>
     <b>title:</b>     On the Critical Temperatures of Superconductors: a Quantum Gravity Approach<br/>
     <b>authors:</b>   Andrea Gregori<br/>
     <b>category:</b>  Condensed Matter<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 Jul 2010<br/>
     <b>abstract:</b>  
We consider superconductivity in the light of the quantum gravity theoretical framework
introduced in [1]. In this framework, the degree of quantum delocalization depends on the
geometry of the energy distribution along space. This results in a dependence of the critical
temperature characterizing the transition to the superconducting phase on the complexity of
the structure of a superconductor. We consider concrete examples, ranging from low to high
temperature superconductors, and discuss how the critical temperature can be predicted
once the quantum gravity effects are taken into account.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Neutrosophic Bilinear Algebras and Their Generalizations]]></title>
   <link>http://viXra.org/abs/1007.0009</link>
   <pubDate>7 Jul 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0009v1<br/>
     <b>title:</b>     Neutrosophic Bilinear Algebras and Their Generalizations<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Jul 2010<br/>
     <b>abstract:</b>  
This book introduces the concept of neutrosophic bilinear
algebras and their generalizations to n-linear algebras, n&gt;2.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A &quot;New and Simple Idea&quot;, Dark Matter-Energy and the Crisis in Physical Theory]]></title>
   <link>http://viXra.org/abs/1007.0008</link>
   <pubDate>7 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0008v1<br/>
     <b>title:</b>     A &quot;New and Simple Idea&quot;, Dark Matter-Energy and the Crisis in Physical Theory<br/>
     <b>authors:</b>   Frederick E. Alzofon<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Jul 2010<br/>
     <b>abstract:</b>  
Correction of an omission in A. Einstein's operational definitions of time and
space intervals in the special theory of relativity leads to an improved phenomenological
and conceptual foundation for a previously proposed unified field theory. In combination
with Einstein's researches on the fluctuation in energy of black body radiation, there results
a &quot;new and simple idea&quot; of the kind Professor Richard Feynman felt to be
necessary for the solution of the cosmological constant problem. A brief description of
the formalism of the theory is presented. The infinite zero-point energy of the vacuum
is eliminated. A model for the origin of inertial mass and dark matter-energy is deduced.
The resulting relation between observed matter and dark matter-energy leads to a restriction
on their magnitudes. The magnitudes of the latter quantities are then estimated
from astronomical data. A model is proposed for the origin of the gravitational field in
terms of a dynamic process at the basis of the proposed theory. The success of the special
theory of relativity in predicting the results of three crucial observations establishing
the validity of the general theory of relativity and the elimination of the infinite vacuum
energy suggest that the unified field theory can lead to a solution of the cosmological
constant problem.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Fiat Lux]]></title>
   <link>http://viXra.org/abs/1007.0007</link>
   <pubDate>7 Jul 2010</pubDate>
   <category>Religion and Spiritualism</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0007v1<br/>
     <b>title:</b>     Fiat Lux<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  Religion and Spiritualism<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Jul 2010<br/>
     <b>abstract:</b>  
In the vast reaches of space between galaxies, we find dust.
Where did it come from, this dust? We hypothesize it is
generated by light escaping from the galaxies. We then make
a quantum leap and suggest our Universe began from light
escaping from other universes.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Effective Relativistic Quantum Mechanics on a Causal Net]]></title>
   <link>http://viXra.org/abs/1007.0006</link>
   <pubDate>7 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0006v1<br/>
     <b>title:</b>     Effective Relativistic Quantum Mechanics on a Causal Net<br/>
     <b>authors:</b>   R.D. Bateson<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Jul 2010<br/>
     <b>abstract:</b>  
The observation of emergent particles in condensed matter physics such as phonons, holes, and 
recently magnetic monopoles [1] may lead one to speculate that real particles themselves could 
exist as emergent properties of a space-time lattice. There are many examples in the literature 
of the Dirac equation being supported by a lattice structure [2,3,4,5], related, for example, 
to the physics of ice [6] or of graphene [7]. In particular the case of the Dirac equation on 
the ice lattice is of potential practical interest as ice models can now be realised in a variety 
of new experimental systems, including spin ice materials [1] and artificial micromagnetic 
arrays [8]. We noticed that a Reichenbach causal net [9] has the same topology as an ice lattice 
and hence, if formulated in space-time, might support a version of relativistic quantum mechanics. 
In this paper we explore this idea at its simplest level. We propose a causal net for the free 
motion of a particle based on a relational concept of time as an ordered series of possible events 
that are linked by a principle of common cause. The causal net is 1+1 dimensional but applies along 
the direction of motion of the particle in three dimensions. It is reminiscent of the Feynman 
chequerboard [2] and the ice model [6] but differs from both in important respects. The causal 
net appears to support the 3+1 dimensional Dirac equation [10] for a free fermion and hence the 
Schr&ouml;dinger equation in the low velocity limit. The causal net idea gives an intuitive picture of 
relativistic quantum mechanical motion and the origin of quantization although it is not a complete 
re-derivation of conventional quantum mechanics, partly because the space-time is discrete, and 
partly because it does not automatically imply a principle of superposition. If however we identify 
a causal net as representing a Dirac state vector then superposition of nets allows a development 
more consistent with conventional quantum mechanics. We therefore suggest that a more detailed 
study of effective quantum mechanics on causal nets, based on the transparent underlying concepts 
of causality and probability, might be a fruitful exercise.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Conjecture About the Riemann XI-Function &xi;(1/2 + Iz) and Functional Determinants]]></title>
   <link>http://viXra.org/abs/1007.0005</link>
   <pubDate>3 Aug 2010</pubDate>
   <category>Functions and Analysis</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0005v3<br/>
     <b>title:</b>     A Conjecture About the Riemann XI-Function &xi;(1/2 + Iz) and Functional Determinants<br/>
     <b>authors:</b>   Jose Javier Garcia Moreta<br/>
     <b>category:</b>  Functions and Analysis<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      3 Aug 2010<br/>
     <b>abstract:</b>  
We give a possible interpretation of the Xi-function of Riemann as the
Functional determinant det (E - H) for a certain Hamiltonian quantum operator in
one dimension ... (see paper for full abstract)

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Conjecture About the Riemann XI-Function &xi;(1/2 + Iz) and Functional Determinants]]></title>
   <link>http://viXra.org/abs/1007.0005</link>
   <pubDate>27 Jul 2010</pubDate>
   <category>Functions and Analysis</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0005v2<br/>
     <b>title:</b>     A Conjecture About the Riemann XI-Function &xi;(1/2 + Iz) and Functional Determinants<br/>
     <b>authors:</b>   Jose Javier Garcia Moreta<br/>
     <b>category:</b>  Functions and Analysis<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      27 Jul 2010<br/>
     <b>abstract:</b>  
We give a possible interpretation of the Xi-function of Riemann as the
Functional determinant det (E - H) for a certain Hamiltonian quantum operator in
one dimension ... (see paper for full abstract)

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Conjecture About the Riemann XI-Function &xi;(1/2 + Iz) and Functional Determinants]]></title>
   <link>http://viXra.org/abs/1007.0005</link>
   <pubDate>5 Jul 2010</pubDate>
   <category>Functions and Analysis</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0005v1<br/>
     <b>title:</b>     A Conjecture About the Riemann XI-Function &xi;(1/2 + Iz) and Functional Determinants<br/>
     <b>authors:</b>   Jose Javier Garcia Moreta<br/>
     <b>category:</b>  Functions and Analysis<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 Jul 2010<br/>
     <b>abstract:</b>  
We give a possible interpretation of the Xi-function of Riemann as the
Functional determinant det (E - H) for a certain Hamiltonian quantum operator in
one dimension ... (see paper for full abstract)

   ]]> </description>
</item>
<item>
   <title><![CDATA[On Smarandache Semigroups]]></title>
   <link>http://viXra.org/abs/1007.0004</link>
   <pubDate>5 Jul 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0004v1<br/>
     <b>title:</b>     On Smarandache Semigroups<br/>
     <b>authors:</b>   A.K.S.Chandra Sekhar Rao<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 Jul 2010<br/>
     <b>abstract:</b>  
The notion of completely regular element of a semigroup is applied to characterize
Smarandache Semigroups. Examples are provided for justification.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Gravitation as a Thermodynamic Process of the Primary Gas that Represents a Particle-ix]]></title>
   <link>http://viXra.org/abs/1007.0003</link>
   <pubDate>15 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0003v2<br/>
     <b>title:</b>     Gravitation as a Thermodynamic Process of the Primary Gas that Represents a Particle-ix<br/>
     <b>authors:</b>   V.A.Induchoodan Menon<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      15 Jul 2010<br/>
     <b>abstract:</b>  
The author after clarifying the concepts of imaginary time and
reversible time shows that progressive time which is experienced
by macroscopic systems is a direct result of the vean (vacuum
energy absorption) process which also leads to the collapse of
wave function apart limits to entanglements [1]. He now shows
that the vean process could result in a gradient in the energy of
the vacuum fluctuations in the Higg's field near a massive body
which in turn could produce the gravitational field. According to
the author, the accumulation of the mass by a particle by the
vean process would be so small that an electron would have
increased its rest mass by only 10% over a period of 1 billion
years. It is shown that part of the red shift observed in distant
galaxies could be attributed to the reduced mass of electrons in
the distant past. He suggests that the observed expansion of
universe could be a direct result of the vean process.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Gravitation as a Thermodynamic Process of the Primary Gas that Represents a Particle-ix]]></title>
   <link>http://viXra.org/abs/1007.0003</link>
   <pubDate>2 Jul 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0003v1<br/>
     <b>title:</b>     Gravitation as a Thermodynamic Process of the Primary Gas that Represents a Particle-ix<br/>
     <b>authors:</b>   V.A.Induchoodan Menon<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Jul 2010<br/>
     <b>abstract:</b>  
The author after clarifying the concepts of imaginary time,
reversible time showed that the progressive time which is
experienced by the macroscopic systems are a direct result of
the vean (vacuum energy absorption) process which also leads
to the collapse of wave function apart from introducing limits to
entanglements [1]. He now shows that the vean process could
lead to a gradient in the energy of the vacuum fluctuations
background near a massive body which in turn could produce
the gravitational field. According to the author, the
accumulation of the rest mass by a particle by the vean process
would be so small that an electron would have increased its rest
mass by only 40% over a period of 10 billion years. It is shown
that part of the red shift observed in distant galaxies could be
attributed to the reduced mass of electrons in the distant past. He
suggests that the observed expansion of universe could be a
direct result of the vean process.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (241)-(290)]]></title>
   <link>http://viXra.org/abs/1007.0002</link>
   <pubDate>2 Jul 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0002v1<br/>
     <b>title:</b>     The New Prime Theorem (241)-(290)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Jul 2010<br/>
     <b>abstract:</b>  
Using Jiang function J<sub>2</sub>(&omega;) we prove that the new prime theorems (241)-(290) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Efecto Doppler, Transformaciones de Lorentz Y Dilataci&oacute;n Del Tiempo]]></title>
   <link>http://viXra.org/abs/1007.0001</link>
   <pubDate>1 Jul 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1007.0001v1<br/>
     <b>title:</b>     Efecto Doppler, Transformaciones de Lorentz Y Dilataci&oacute;n Del Tiempo<br/>
     <b>authors:</b>   Xavier Terri Casta&ntilde;&eacute;<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 Jul 2010<br/>
     <b>abstract:</b>  
It is generally considered that the Doppler effect, predicted by the theory of
special relativity of Einstein, is an indirect proof for the correctness of the Lorentz
transformations. In this article it appears the formula for the Doppler effect from the new
relational transformations. We also study the relationship between the Doppler effect and the
time dilation of Einstein's special relativity theory.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Causal Set Theory and the Origin of Mass-Ratio]]></title>
   <link>http://viXra.org/abs/1006.0070</link>
   <pubDate>30 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0070v1<br/>
     <b>title:</b>     Causal Set Theory and the Origin of Mass-Ratio<br/>
     <b>authors:</b>   Carey R Carlson<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Jun 2010<br/>
     <b>abstract:</b>  
Quantum theory is reconstructed using standalone causal sets. The frequency ratios
inherent in causal sets are used to define energy-ratios, implicating the causal link as the
quantum of action. Space-time and its particle-like sequences are then constructed from
causal links. A 4-D time-lattice structure is defined and then used to model neutrinos and
electron clouds, which together constitute a 4-D manifold. A 6-D time-lattice is used to
model the nucleons. The integration of the nucleus with its electron cloud affords
calculation of the mass-ratio of the proton (or the neutron) with respect to the electron.
Arrow diagrams, along with several ball-and-stick models, are used to streamline the
presentation.

   ]]> </description>
</item>
<item>
   <title><![CDATA[An Application of Sondat's Theorem Regarding the Orthohomological Triangles]]></title>
   <link>http://viXra.org/abs/1006.0069</link>
   <pubDate>30 Jun 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0069v1<br/>
     <b>title:</b>     An Application of Sondat's Theorem Regarding the Orthohomological Triangles<br/>
     <b>authors:</b>   Ion P&#259;tra&#351;cu, Florentin Smarandache<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Jun 2010<br/>
     <b>abstract:</b>  
In this article we prove the Sodat's theorem regarding the orthohomological triangle and
then we use this theorem and Smarandache-Patrascu's theorem in order to obtain another
theorem regarding the orthohomological triangles.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Central Force (According to &quot;Hypothesis on MATTER&quot;)]]></title>
   <link>http://viXra.org/abs/1006.0068</link>
   <pubDate>29 Jun 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0068v1<br/>
     <b>title:</b>     Central Force (According to &quot;Hypothesis on MATTER&quot;)<br/>
     <b>authors:</b>   Nainan K. Varghese<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 Jun 2010<br/>
     <b>abstract:</b>  
Currently, a central force - an apparent effort between two free bodies along the line
joining them - is estimated in relativistic frames of references. Estimation of magnitude and
direction of central force on planetary bodies/central body in a planetary system assumes that
the centre of planetary system is static in space. While considering a satellite's orbit, centre of
corresponding planet is assumed static in space. Although such calculations help to determine
relative positions of the bodies, it obscures causes of many other important phenomena related
to planetary motion. Determining magnitude and direction of central force with respect to an
absolute reference can give us logical explanations to many puzzling phenomena on planetary
motions/systems.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Alpha Torque and the Charged Field]]></title>
   <link>http://viXra.org/abs/1006.0067</link>
   <pubDate>29 Jun 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0067v1<br/>
     <b>title:</b>     The Alpha Torque and the Charged Field<br/>
     <b>authors:</b>   Zhiliang Cao, Henry Cao<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 Jun 2010<br/>
     <b>abstract:</b>  
The space itself is not a true void. In fact, space has energy in it. The energies and forces have a simple
movement. This very movement dominates every aspect of physical existence. Nothing can exist without
it. The movement is called the Torque. Torque movements can explain why there are electronic fields and
magnetic fields. The torque theory can make it easier to understand why there are charged fields.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Possibility of Gravitational Wave from Generalized Maxwell Equations]]></title>
   <link>http://viXra.org/abs/1006.0066</link>
   <pubDate>5 Jul 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0066v3<br/>
     <b>title:</b>     Possibility of Gravitational Wave from Generalized Maxwell Equations<br/>
     <b>authors:</b>   Yoshiro Nohara<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      5 Jul 2010<br/>
     <b>abstract:</b>  
The generalized Maxwell equations in vacuum are basically the same with Dirac's extended
Maxwell equations, although intrinsic charges and currents are defined by the time differential
and gradation of scalar fields, respectively. Consequently, the electromagnetic stress-energy tensors
make important conservation laws. Then, we found scalar fields acting like the gravitational wave
interacting with the electromagnetic wave. Interestingly, those gravitational waves due to the scalar
fields push out the electromagnetic waves. Moreover, there is a possibility of the existence of the
materials, from which we feel no gravitational forces although the electromagnetic waves are kicked
out by those gravitational waves. We also discussed about the relation with weight.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Possibility of Gravitational Wave from Generalized Maxwell Equations]]></title>
   <link>http://viXra.org/abs/1006.0066</link>
   <pubDate>30 Jun 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0066v2<br/>
     <b>title:</b>     Possibility of Gravitational Wave from Generalized Maxwell Equations<br/>
     <b>authors:</b>   Yoshiro Nohara<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      30 Jun 2010<br/>
     <b>abstract:</b>  
The generalized Maxwell equations in vacuum are basically the same with Dirac's extended
Maxwell equations, although intrinsic charges and currents are defined by the time differential
and gradation of scalar fields, respectively. Consequently, the electromagnetic stress-energy tensors
make important conservation lows. Then, we found scalar fields acting like the gravitational wave
interacting with the electromagnetic wave. Interestingly, those gravitational waves due to the scalar
fields push out the electromagnetic waves. Moreover, there is a possibility of the existence of the
materials, from which we feel no gravitational forces although the electromagnetic waves are kicked
out by those gravitational waves. We also discussed about the relation with weight.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Possibility of Gravitational Wave from Generalized Maxwell Equations]]></title>
   <link>http://viXra.org/abs/1006.0066</link>
   <pubDate>28 Jun 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0066v1<br/>
     <b>title:</b>     Possibility of Gravitational Wave from Generalized Maxwell Equations<br/>
     <b>authors:</b>   Yoshiro Nohara<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 Jun 2010<br/>
     <b>abstract:</b>  
The generalized Maxwell equations in vacuum are basically the same with Dirac's extended
Maxwell equations, although intrinsic charges and currents are defined by the time differential
and gradation of scalar fields, respectively. Consequently, the electromagnetic stress-energy tensors
make important conservation lows. Then, we found scalar fields acting like the gravitational wave
interacting with the electromagnetic wave. Interestingly, those gravitational waves due to the scalar
fields push out the electromagnetic waves. Moreover, there is a possibility of the existence of the
materials, from which we feel no gravitational forces although the electromagnetic waves are kicked
out by those gravitational waves. We also discussed about the relation with weight.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Deficit of Mass: an Unfortunate Development in Physics]]></title>
   <link>http://viXra.org/abs/1006.0065</link>
   <pubDate>27 Jun 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0065v1<br/>
     <b>title:</b>     Deficit of Mass: an Unfortunate Development in Physics<br/>
     <b>authors:</b>   Karunakar Marasakatla<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      27 Jun 2010<br/>
     <b>abstract:</b>  
Balance scale based measurement of mass is simply a comparison of gravity. The mass of an object, 
when measured using the balance scale, will be dependent on the volume of the object along with the 
amount of matter inside the object. Mass deficit is simply the variation in the mass of the object 
due to the change in volume of the object.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Clifford Algebra Realization of Supersymmetry and Its Polyvector Extension in Clifford Spaces]]></title>
   <link>http://viXra.org/abs/1006.0064</link>
   <pubDate>26 Jun 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0064v1<br/>
     <b>title:</b>     A Clifford Algebra Realization of Supersymmetry and Its Polyvector Extension in Clifford Spaces<br/>
     <b>authors:</b>   Carlos Castro<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 Jun 2010<br/>
     <b>abstract:</b>  
It is shown explicitly how to construct a novel (to our knowledge)
realization of the Poincare superalgebra in 2D. These results can be extended
to other dimensions and to (extended) superconformal and (anti)
de Sitter superalgebras. There is a fundamental difference between the
findings of this work with the other approaches to Supersymmetry (over
the past four decades) using Grassmannian calculus and which is based on
anti-commuting numbers. We provide an algebraic realization of the anticommutators
and commutators of the 2D super-Poincare algebra in terms
of the generators of the tensor product Cl1,1(R) x 
A of a two-dim Clifford
algebra and an internal algebra A whose generators can be represented
in terms of powers of a 3 x 3 matrix Q, such that Q3 = 0. Our realization
differs from the standard realization of superalgebras in terms
of differential operators in Superspace involving Grassmannian (anticommuting)
coordinates &theta;<sup>&alpha;</sup> and bosonic coordinates x<sup>&mu;</sup>. We conclude in
the final section with an analysis of how to construct Polyvector-valued extensions
of supersymmetry in Clifford Spaces involving spinor-tensorial supercharge
generators Q&mu;1&mu;2.....&mu;n
and momentum polyvectors P&mu;1&mu;2....&mu;n.
Clifford-Superspace is an extension of Clifford-space and whose symmetry
transformations are generalized polyvector-valued supersymmetries.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A More Natural Reference Model Integrating Relativity and Quantum Mechanics]]></title>
   <link>http://viXra.org/abs/1006.0063</link>
   <pubDate>25 Jun 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0063v1<br/>
     <b>title:</b>     A More Natural Reference Model Integrating Relativity and Quantum Mechanics<br/>
     <b>authors:</b>   J Gregory Moxness<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      25 Jun 2010<br/>
     <b>abstract:</b>  
M Theory and/or Loop Quantum Gravity hold the promise of resolving the conflict between
general relativity and quantum mechanics but lack experimental connections to predictability in
physics. A connection is made to these and other theories vying for the title of a &quot;Theory of
Everything&quot; by questioning the value of the traditional Planck unit reference point for the scales
at which they operate. It also suggests a cosmological model which has acceleration as being
fundamental. It provides for an intuitive understanding of the Standard Model and its relationship
to particle masses and the structure of the atom. The prediction of particle mass and lifetimes is a
good indicator for its validity.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Super Special Codes Using Super Matrices]]></title>
   <link>http://viXra.org/abs/1006.0062</link>
   <pubDate>25 Jun 2010</pubDate>
   <category>Combinatorics and Graph Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0062v1<br/>
     <b>title:</b>     Super Special Codes Using Super Matrices<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, K. Ilanthenral<br/>
     <b>category:</b>  Combinatorics and Graph Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      25 Jun 2010<br/>
     <b>abstract:</b>  
The new classes of super special codes are constructed in
this book using the specially constructed super special vector
spaces. These codes mainly use the super matrices. These codes
can be realized as a special type of concatenated codes.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Method to Solve the Diophantine Equation a X<sup>2</sup>-B Y<sup>2</sup> + C = 0]]></title>
   <link>http://viXra.org/abs/1006.0060</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0060v1<br/>
     <b>title:</b>     A Method to Solve the Diophantine Equation a X<sup>2</sup>-B Y<sup>2</sup> + C = 0<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
We consider the equation ...

   ]]> </description>
</item>
<item>
   <title><![CDATA[Properties of a Hexagon Circumscribed to a Circle]]></title>
   <link>http://viXra.org/abs/1006.0059</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0059v1<br/>
     <b>title:</b>     Properties of a Hexagon Circumscribed to a Circle<br/>
     <b>authors:</b>   Ion P&#259;tra&#351;cu, Florentin Smarandache<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we analyze and prove two properties of a hexagon circumscribed to a circle

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Multiple Theorem with Isogonal and Concyclic Points]]></title>
   <link>http://viXra.org/abs/1006.0058</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0058v1<br/>
     <b>title:</b>     A Multiple Theorem with Isogonal and Concyclic Points<br/>
     <b>authors:</b>   Florentin Smarandache, Ion P&#259;tra&#351;cu<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
A Multiple Theorem with Isogonal and Concyclic Points

   ]]> </description>
</item>
<item>
   <title><![CDATA[Retrospective Examination of Three Articles Published in the Revue Des Questions Scientifiques in 2005 and 2006.]]></title>
   <link>http://viXra.org/abs/1006.0057</link>
   <pubDate>24 Jun 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0057v1<br/>
     <b>title:</b>     Retrospective Examination of Three Articles Published in the Revue Des Questions Scientifiques in 2005 and 2006.<br/>
     <b>authors:</b>   Fran&ccedil;ois Barriquand<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 Jun 2010<br/>
     <b>abstract:</b>  
Three articles published by the same author in the Revue des Questions Scientifiques in 2005
and 2006 are reexamined with special attention paid to a theorem published by Allahverdyan
and Nieuwenhuizen in 2002 concerning Thomson's formulation of the second law, as well as
to the results of the so-called &quot;before-before&quot; experiment performed on entangled pairs by
Stefanov, Zbinden, Gisin and Suarez. As far as thermodynamics are concerned, it is explained
here that a macroscopic observer can generate quasi &quot;cycles&quot;, whose cyclical characteristics
are in fact only valid from the macroscopic point of view, that can potentially enable her/him
to retrieve work from a thermalizer without causing any perpetual motion. Concerning
quantum entanglement, it is recognized - in contrast with what the author originally published
in 2005 and 2006 - that superluminal transmission of decipherable information cannot be
achieved if the Copenhagen interpretation of quantum theory remains universally valid. It is
also pointed out that the foundations of general relativity cannot be easily reconciled with the
implications of Einstein-Podolsky-Rosen measurements.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Explaining the Arrow of Time and the Collapse of Wave Function Based on the Primary Gas Structure of Particle-Viii]]></title>
   <link>http://viXra.org/abs/1006.0056</link>
   <pubDate>23 Jun 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0056v1<br/>
     <b>title:</b>     Explaining the Arrow of Time and the Collapse of Wave Function Based on the Primary Gas Structure of Particle-Viii<br/>
     <b>authors:</b>   V.A.Induchoodan Menon<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      23 Jun 2010<br/>
     <b>abstract:</b>  
The author after clarifying the physical implications of the imaginary time
approach and the reversible real time approach goes on to explain how they
differ from the progressive time which is experienced by all macroscopic
systems [1]. He proposes that the progressive nature of time is a direct result of
the increase in the entropy at the level of the structure of the elementary
particles. According to him just as the vacuum fluctuations confine the photino
(single luminal wave) to form a staphon (standing wave) which is the basic
structure of a particle, a small part of the energy gets converted into heat which
gets expressed in the jiggling motion of the particle. It is proposed that this
random motion arising from the absorption of the vacuum energy contributes to
infinitesimal increase in the internal heat of the particle which results in the
increase in entropy right at the level of the elementary particle. He calls the
process by which the particles absorb energy from vacuum "the vean process".
He proposes that this increase in entropy at the level of the elementary particles
results in time acquiring the progressive nature. With this interpretation of the
progressive nature of time, the problem of the collapse of wave function gets
resolved without invoking the presence of a conscious observer. Even the
process of entanglement appears to have space-time limitations. He suggests that
the existence of gravitational field and the expansion of the universe also may be
traced to this vean process.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Note of Widening on the Redshift Mechanism]]></title>
   <link>http://viXra.org/abs/1006.0055</link>
   <pubDate>23 Jun 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0055v1<br/>
     <b>title:</b>     A Note of Widening on the Redshift Mechanism<br/>
     <b>authors:</b>   Jos&eacute Francisco Garc&iacutea Juli&aacute<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      23 Jun 2010<br/>
     <b>abstract:</b>  
A single tired light mechanism has been proposed for explaining the cosmological
redshift without expansion of the universe and also the intrinsic redshift, that is, the
excess of redshift of the radio sources. In this note of widening, we show that the
mechanism would be similar to the discharge of an electric capacitor, to the radiation
loss by fast electrons and to the radioactive nuclei decay.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Searching for Life on Habitable Planets and Moons]]></title>
   <link>http://viXra.org/abs/1006.0054</link>
   <pubDate>21 Jun 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0054v1<br/>
     <b>title:</b>     Searching for Life on Habitable Planets and Moons<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 Jun 2010<br/>
     <b>abstract:</b>  
Earth is the only known inhabited planet in the universe to date. However, advancements in the fields 
of astrobiology and observational astronomy, as also discovery of large varieties of extremophiles 
with extraordinary capability to thrive in harshest environments on Earth, have led to speculation 
that life may possibly be thriving on many of the extraterrestrial bodies in the universe. Coupled 
with the growing number of exoplanets detected over the past decade, the search for the possibility 
of life on other planets and satellites within the solar system and beyond has become a passion as 
well as a challenge for scientists in a variety of fields. This paper examines such possibility in 
the light of findings of the numerous space probes and theoretical research undertaken in this field 
over the past few decades.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Creative Acts of a Youthful God]]></title>
   <link>http://viXra.org/abs/1006.0053</link>
   <pubDate>21 Jun 2010</pubDate>
   <category>Religion and Spiritualism</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0053v1<br/>
     <b>title:</b>     The Creative Acts of a Youthful God<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  Religion and Spiritualism<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 Jun 2010<br/>
     <b>abstract:</b>  
We can never know a thing completely. The more
we think about something, the more about it we
find to think about. When one considers the number
of things in creation, to have thought about all aspects
of an infinite number of things would have taken
an eternity. A youthful God would have created with
sufficient but incomplete knowledge. The changes we
see in nature are evidence of tweaking: a mature God
is making adjustments.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Handbook of Functions Errata]]></title>
   <link>http://viXra.org/abs/1006.0052</link>
   <pubDate>21 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0052v1<br/>
     <b>title:</b>     Handbook of Functions Errata<br/>
     <b>authors:</b>   Fredy Zypman<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 Jun 2010<br/>
     <b>abstract:</b>  
Formulas connecting toroidal functions and elliptical functions are useful in
various areas of physics. In solving a problem in electrostatics we run across
an error in the Handbook of mathematical functions of Abramowitz and
Stegun. In this paper we report the details.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Massive Gravitons Stability , and a Review of How Many Gravitons Make up a Gravity Wave Detectable / Congruent with B.P. Abbott, Et.al., Nature 460, 991 (2009).]]></title>
   <link>http://viXra.org/abs/1006.0051</link>
   <pubDate>21 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0051v1<br/>
     <b>title:</b>     Massive Gravitons Stability , and a Review of How Many Gravitons Make up a Gravity Wave Detectable / Congruent with B.P. Abbott, Et.al., Nature 460, 991 (2009).<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 Jun 2010<br/>
     <b>abstract:</b>  
The following questions are raised. First, can there be a stable (massive) graviton? Secondly, what 
is the relationship between a Gravity Wave, and Gravitons?  The inter relationship between a graviton, 
and a gravity wave is raised, with an idea of eventually making sense of a numerical count presented 
by Claus Kieffer, in his book on Quantum gravity, in conjunction with how a gravity wave/ graviton 
count could have some over lap.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Origin of Life]]></title>
   <link>http://viXra.org/abs/1006.0050</link>
   <pubDate>31 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0050v3<br/>
     <b>title:</b>     Origin of Life<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      31 Aug 2010<br/>
     <b>abstract:</b>  
The evolution of life has been a big enigma despite rapid advancements in the fields of
biochemistry, astrobiology, and astrophysics in recent years. The answer to this puzzle has been
as mind-boggling as the riddle relating to evolution of Universe itself. Despite the fact that
panspermia has gained considerable support as a viable explanation for origin of life on the Earth
and elsewhere in the Universe, the issue remains far from a tangible solution. This paper
examines the various prevailing hypotheses regarding origin of life like abiogenesis, RNA World,
iron-sulphur world, and panspermia; and concludes that delivery of life-bearing organic molecules
by the comets in the early epoch of the Earth alone possibly was not responsible for kick-starting
the process of evolution of life on our planet.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Origin of Life]]></title>
   <link>http://viXra.org/abs/1006.0050</link>
   <pubDate>30 Aug 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0050v2<br/>
     <b>title:</b>     Origin of Life<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      30 Aug 2010<br/>
     <b>abstract:</b>  
The evolution of life has been a big enigma despite rapid advancements in the
fields of biochemistry, astrobiology, and astrophysics in recent years. The
answer to this puzzle has been as mind-boggling as the riddle relating to
evolution of Universe itself. Despite the fact that panspermia has gained
considerable support as a viable explanation for origin of life on the Earth and
elsewhere in the Universe, the issue remains far from a tangible solution. This
paper examines the various prevailing hypotheses regarding origin of life like
abiogenesis, RNA World, iron-sulphur world, and panspermia; and concludes
that delivery of life-bearing organic molecules by the comets in the early epoch
of the Earth alone possibly was not responsible for kick-starting the process of
evolution of life on our planet.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Origin of Life]]></title>
   <link>http://viXra.org/abs/1006.0050</link>
   <pubDate>20 Jun 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0050v1<br/>
     <b>title:</b>     Origin of Life<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 Jun 2010<br/>
     <b>abstract:</b>  
The evolution of life has been a big enigma despite rapid advancements in the
fields of biochemistry, astrobiology, and astrophysics in recent years. The
answer to this puzzle has been as mind-boggling as the riddle relating to
evolution of Universe itself. Despite the fact that panspermia has gained
considerable support as a viable explanation for origin of life on the Earth and
elsewhere in the Universe, the issue remains far from a tangible solution. This
paper examines the various prevailing hypotheses regarding origin of life like
abiogenesis, RNA World, iron-sulphur world, and panspermia; and concludes
that delivery of life-bearing organic molecules by the comets in the early epoch
of the Earth alone possibly was not responsible for kick-starting the process of
evolution of life on our planet.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Did We Get the Fundamentals in Physics Wrong?]]></title>
   <link>http://viXra.org/abs/1006.0049</link>
   <pubDate>20 Jun 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0049v1<br/>
     <b>title:</b>     Did We Get the Fundamentals in Physics Wrong?<br/>
     <b>authors:</b>   Karunakar Marasakatla<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 Jun 2010<br/>
     <b>abstract:</b>  
Definition and measurement of the fundamental units is essential to the principles of physics. 
Distance has an obvious and simple relationship with the measuring scale. Such a relationship is 
absent in measuring the mass of an object using the balance scale. This is one of the important 
factors for the present chaotic scenario in the field of physics.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (101)-(130)]]></title>
   <link>http://viXra.org/abs/1006.0048</link>
   <pubDate>19 Jun 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0048v1<br/>
     <b>title:</b>     The New Prime Theorem (101)-(130)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 Jun 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (101)-(130) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (71)-(100)]]></title>
   <link>http://viXra.org/abs/1006.0047</link>
   <pubDate>19 Jun 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0047v1<br/>
     <b>title:</b>     The New Prime Theorem (71)-(100)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 Jun 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (71)-(100) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[U-Statistics Based on Spacings]]></title>
   <link>http://viXra.org/abs/1006.0046</link>
   <pubDate>16 Aug 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0046v2<br/>
     <b>title:</b>     U-Statistics Based on Spacings<br/>
     <b>authors:</b>   David D. Tung, S. Rao Jammalamadaka<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      16 Aug 2010<br/>
     <b>abstract:</b>  
In this paper, we investigate the asymptotic theory for U-statistics based
on sample spacings, i.e. the gaps between successive observations. The
usual asymptotic theory for U-statistics does not apply here because spacings
are dependent variables. However, under the null hypothesis, the uniform
spacings can be expressed as conditionally independent Exponential random
variables. We exploit this idea to derive the relevant asymptotic theory both
under the null hypothesis and under a sequence of close alternatives.
The generalized Gini mean difference of the sample spacings is a prime
example of a U-statistic of this type. We show that such a Gini spacings test
is analogous to Rao's spacings test. We find the asymptotically locally most
powerful test in this class, and it has the same efficacy as the Greenwood
statistic.

   ]]> </description>
</item>
<item>
   <title><![CDATA[U-Statistics Based on Spacings]]></title>
   <link>http://viXra.org/abs/1006.0046</link>
   <pubDate>18 Jun 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0046v1<br/>
     <b>title:</b>     U-Statistics Based on Spacings<br/>
     <b>authors:</b>   David D. Tung, S. Rao Jammalamadaka<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      18 Jun 2010<br/>
     <b>abstract:</b>  
In this paper, we investigate the asymptotic theory for U-statistics based
on sample spacings, i.e. the gaps between successive observations. The
usual asymptotic theory for U-statistics does not apply here because spacings
are dependent variables. However, under the null hypothesis, the uniform
spacings can be expressed as conditionally independent Exponential random
variables. We exploit this idea to derive the relevant asymptotic theory both
under the null hypothesis and under a sequence of close alternatives.
The generalized Gini mean difference of the sample spacings is a prime
example of a U-statistic of this type. We show that such a Gini spacings test
is analogous to Rao's spacings test. We find the asymptotically locally most
powerful test in this class, and it has the same efficacy as the Greenwood
statistic.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Theoretical Foundation of Gravito-Electromagnetism: the Theory of Informatons]]></title>
   <link>http://viXra.org/abs/1006.0045</link>
   <pubDate>18 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0045v1<br/>
     <b>title:</b>     Theoretical Foundation of Gravito-Electromagnetism: the Theory of Informatons<br/>
     <b>authors:</b>   Antoine Acke<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      18 Jun 2010<br/>
     <b>abstract:</b>  
The theory of gravitoelectromagnetism (G.E.M.) - that assumes a perfect isomorphism
between electromagnetism and gravitation - has been established by Oliver Heaviside (1) and
Oleg Jefimenko (2). Within the framework of general relativity, G.E.M. has been discussed by
a number of authors (3). It is shown that the gravitational analogs to Maxwell's equations (the
G.E.M. equations) can be derived from the Einstein field equation.
In this paper we propose an alternative theoretical foundation of G.E.M.: we explain the
gravitational interactions, we identify the physical quantities that play a role in that context,
and we mathematically derive the laws of gravitoelectromagnetism .

   ]]> </description>
</item>
<item>
   <title><![CDATA[Is Dowsing a Useful Tool for Serious Scientific Research?]]></title>
   <link>http://viXra.org/abs/1006.0044</link>
   <pubDate>20 Aug 2010</pubDate>
   <category>Mind Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0044v2<br/>
     <b>title:</b>     Is Dowsing a Useful Tool for Serious Scientific Research?<br/>
     <b>authors:</b>   Jeffrey S. Keen<br/>
     <b>category:</b>  Mind Science<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      20 Aug 2010<br/>
     <b>abstract:</b>  
It is well known that the act of observation can appear to affect the results of
certain scientific experiments. Even though research has shown that the mind is
much more than the brain, some research techniques into the causes of this
phenomenon have been branded as non-scientific due to the mind producing
personal, un-metered, and seemingly inconsistent results. This research into the
reasons for this variability has produced two important conclusions. First, a
powerful technique for studying the mind has been established, in which
confidence exists because measurements using this technique have led to universal
constants. Subsequent use of this technique in further research has shown that the
mind and the perception of an observer may be significantly affected by the local
and non-local environment, and is dependant on the time of the day, month, or
year on which those measurements are made. This research has led towards a
greater understanding of the structure of the universe and its connection to
consciousness and information. For example, it is demonstrated that the mind's
ability to communicate information from across the solar system is much faster
than the speed of light.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Is Dowsing a Useful Tool for Serious Scientific Research?]]></title>
   <link>http://viXra.org/abs/1006.0044</link>
   <pubDate>17 Jun 2010</pubDate>
   <category>Mind Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0044v1<br/>
     <b>title:</b>     Is Dowsing a Useful Tool for Serious Scientific Research?<br/>
     <b>authors:</b>   Jeffrey S. Keen<br/>
     <b>category:</b>  Mind Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Jun 2010<br/>
     <b>abstract:</b>  
It is well known that the act of observation can appear to affect the results of
certain scientific experiments. However, some research techniques into the causes
of this phenomenon have been branded as non-scientific due to the mind
producing personal, un-metered, and seemingly inconsistent results. This research
into the reasons for this variability has produced two important conclusions. First,
a powerful technique for studying the mind has been established, in which
confidence exists because measurements using this technique have led to universal
constants. Subsequent use of this technique in further research has shown that the
mind and the perception of an observer may be significantly affected by the local
and non-local environment, and is dependant on the time of the day, month, or
year on which those measurements are made. This research has led towards a
greater understanding of the structure of the universe and its connection to
consciousness and information. It has also demonstrated that it is possible to
communicate information faster than the speed of light.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Wave, Formal-Mathematical and Corpuscular Description of the World]]></title>
   <link>http://viXra.org/abs/1006.0043</link>
   <pubDate>17 Jun 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0043v1<br/>
     <b>title:</b>     Wave, Formal-Mathematical and Corpuscular Description of the World<br/>
     <b>authors:</b>   Vladislav Konovalov<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 Jun 2010<br/>
     <b>abstract:</b>  
The contents of the article is mirrored in its title.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Geometry of CP<sub>2</sub> and Its Relationship to Standard Model]]></title>
   <link>http://viXra.org/abs/1006.0042</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0042v1<br/>
     <b>title:</b>     The Geometry of CP<sub>2</sub> and Its Relationship to Standard Model<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
This appendix contains basic facts about CP<sub>2</sub> as a symmetric space and K&auml;hler manifold. The
coding of the standard model symmetries to the geometry of CP<sub>2</sub>, the physical interpretation of
the induced spinor connection in terms of electro-weak gauge potentials, and basic facts about
induced gauge fields are discussed

   ]]> </description>
</item>
<item>
   <title><![CDATA[Could the Dynamics of K&auml;hler Action Predict the Hierarchy of Planck Constants?]]></title>
   <link>http://viXra.org/abs/1006.0041</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0041v1<br/>
     <b>title:</b>     Could the Dynamics of K&auml;hler Action Predict the Hierarchy of Planck Constants?<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
The original justification for the hierarchy of Planck constants came from the indications that
Planck constant could have large values in both astrophysical systems involving dark matter and
also in biology. The realization of the hierarchy in terms of the singular coverings and possibly also
factor spaces of CD and CP<sub>2</sub> emerged from consistency conditions. It however seems that TGD
actually predicts this hierarchy of covering spaces. The extreme non-linearity of the field equations
defined by K&auml;hler action means that the correspondence between canonical momentum densities
and time derivatives of the imbedding space coordinates is 1-to-many. This leads naturally to the
introduction of the covering space of CD x CP<sub>2</sub>, where CD denotes causal diamond defined as
intersection of future and past directed light-cones.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Weak Form of Electric-Magnetic Duality, Electroweak Massivation, and Color Confinement]]></title>
   <link>http://viXra.org/abs/1006.0040</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0040v1<br/>
     <b>title:</b>     Weak Form of Electric-Magnetic Duality, Electroweak Massivation, and Color Confinement<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
The notion of electric magnetic duality emerged already two decades ago in the attempts to
formulate the K&auml;hler geometry of the &quot;world of classical worlds&quot;. Quite recently a considerable
step of progress took place in the understanding of this notion. This concept leads to the 
identification of the physical particles as string like objects defined by magnetic charged wormhole
throats connected by magnetic 
ux tubes. The second end of the string contains particle having
electroweak isospin neutralizing that of elementary fermion and the size scale of the string is
electro-weak scale would be in question. Hence the screening of electro-weak force takes place
via weak confinement. This picture generalizes to magnetic color confinement. Electric-magnetic
duality leads also to a detailed understanding of how TGD reduces to almost topological quantum
field theory. A surprising outcome is the necessity to replace CP<sub>2</sub> K&auml;hler form in K&auml;hler action
with its sum with S<sup>2</sup> K&auml;hler form.

   ]]> </description>
</item>
<item>
   <title><![CDATA[How to Define Generalized Feynman Diagrams?]]></title>
   <link>http://viXra.org/abs/1006.0039</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0039v1<br/>
     <b>title:</b>     How to Define Generalized Feynman Diagrams?<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
Generalized Feynman diagrams have become the central notion of quantum TGD and one
might even say that space-time surfaces can be identified as generalized Feynman diagrams. The
challenge is to assign a precise mathematical content for this notion, show their mathematical
existence, and develop a machinery for calculating them. Zero energy ontology has led to a
dramatic progress in the understanding of generalized Feynman diagrams at the level of fermionic
degrees of freedom. In particular, manifest finiteness in these degrees of freedom follows trivially
from the basic identifications as does also unitarity and non-trivial coupling constant evolution.
There are however several formidable looking challenges left.
<ol>
<li>One should perform the functional integral over WCW degrees of freedom for fixed values of
on mass shell momenta appearing in the internal lines. After this one must perform integral
or summation over loop momenta.</li>
<li>One must define the functional integral also in the p-adic context. p-Adic Fourier analysis
relying on algebraic continuation raises hopes in this respect. p-Adicity suggests strongly
that the loop momenta are discretized and ZEO predicts this kind of discretization naturally.</li>
</ol>
In this article a proposal giving excellent hopes for achieving these challenges is discussed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Physics as Generalized Number Theory: Infinite Primes]]></title>
   <link>http://viXra.org/abs/1006.0038</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0038v1<br/>
     <b>title:</b>     Physics as Generalized Number Theory: Infinite Primes<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
Physics as a generalized number theory program involves three threads: various p-adic physics
and their fusion together with real number based physics to a larger structure, the attempt to
understand basic physics in terms of classical number fields, and infinite primes discussed in this
article.
The construction of infinite primes is formally analogous to a repeated second quantization of
an arithmetic quantum field theory by taking the many particle states of previous level elementary
particles at the new level. Besides free many particle states also the analogs of bound states
appear. In the representation in terms of polynomials the free states correspond to products of
first order polynomials with rational zeros. Bound states correspond to nth order polynomials
with non-rational but algebraic zeros.
The construction can be generalized to classical number fields and their complexifications
obtained by adding a commuting imaginary unit. Special class corresponds to hyper-octonionic
primes for which the imaginary part of ordinary octonion is multiplied by the commuting 
imaginary unit so that one obtains a sub-space M<sup>8</sup> with Minkowski signature of metric. Also in this
case the basic construction reduces to that for rational or complex rational primes and more 
complex primes are obtained by acting using elements of the octonionic automorphism group which
preserve the complex octonionic integer property.
Can one map infinite primes/integers/rationals to quantum states? Do they have space-time
surfaces as correlates? Quantum classical correspondence realized in terms of modified Dirac
operator implies that if infinite rationals can be mapped to quantum states then the mapping of
quantum states to space-time surfaces automatically gives the map to space-time surfaces. The
question is therefore whether the mapping to quantum states defined by WCW spinor fields is
possible. A natural hypothesis is that number theoretic fermions can be mapped to real fermions
and number theoretic bosons to WCW (&quot;world of classical worlds&quot;) Hamiltonians. The crucial
observation is that one can construct infinite hierarchy of hyper-octonionic units by forming
ratios of infinite integers such that their ratio equals to one in real sense: the integers have
interpretation as positive and negative energy parts of zero energy states. One can construct also
sums of these units with complex coefficients using commuting imaginary unit and these sums
can be normalized to unity and have interpretation as states in Hilbert space. These units can
be assumed to possess well defined standard model quantum numbers. It is possible to map the
quantum number combinations of WCW spinor fields to these states. Hence the points of M<sup>8</sup>
can be said to have infinitely complex number theoretic anatomy so that quantum states of the
universe can be mapped to this anatomy. One could talk about algebraic holography or number
theoretic Brahman=Atman identity.
One can also ask how infinite primes relate to the p-adicization program and to the hierarchy of
Planck constants. The key observation is that infinite primes are in one-one correspondence with
rational numbers at the lower level of hierarchy. At the first level of hierarchy the p-adic norm
with respect to p-adic prime for this rational gives power p<sup>-n</sup> so that one has two powers of p - p<sup>n+</sup>
and p<sup>n-</sup> since two infinite primes corresponding to fermionic vacua X&plusmn;1, where X is the product
of all primes at given level of hierarchy, characterize the partonic 2-surface. The proposal inspired
by the p-adicization program is that &Delta;&phi; = 2&pi;/p<sup>n</sup> defines angle measurement resolution crucial in
the construction of p-adic variants of WCW (&quot;world of classical world&quot;) as a union of symmetric
coset spaces by starting from discrete variants of the real counterpart of symmetric space having
common points with tis p-adic variant. The two measurement resolutions correspond to CD and
CP<sub>2</sub> degrees of freedom. The hierarchy of Planck constants generalizes imbedding space to a
book like structure with pages identified in terms of singular coverings and factor spaces of CD
and CP<sub>2</sub>. There are good arguments suggesting that only coverings characterized by integers n<sub>a</sub>
and n<sub>b</sub>are realized. The identifications n<usb>a</sub> = n<sub>+</sub> and n<usb>b</sub> = n<usb>-</sub> lead to highly non-trivial physical
predictions and allow sharpen the view about the hierarchy of Planck constants. Therefore the
notion of finite measurement resolution becomes the common denominator for the three threads
of the number theoretic vision and give also a connection with the physics as infinite-dimensional
geometry program and with the inclusions of hyper-finite factors defined by WCW spinor fields
and proposed to characterize finite measurement resolution at quantum level.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Physics as Generalized Number Theory: Classical Number Fields]]></title>
   <link>http://viXra.org/abs/1006.0037</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0037v1<br/>
     <b>title:</b>     Physics as Generalized Number Theory: Classical Number Fields<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
Physics as a generalized number theory program involves three threads: various p-adic physics
and their fusion together with real number based physics to a larger structure, the attempt to
understand basic physics in terms of classical number fields discussed in this article, and infinite
primes whose construction is formally analogous to a repeated second quantization of an arithmetic
quantum field theory.
In this article the connection between standard model symmetries and classical number fields
is discussed. The basis vision is that the geometry of the infinite-dimensional WCW (&quot;world of
classical worlds&quot;) is unique from its mere existence. This leads to its identification as union of
symmetric spaces whose K&auml;hler geometries are fixed by generalized conformal symmetries. This
fixes space-time dimension and the decomposition M<sup>4</sup> x S and the idea is that the symmetries
of the K&auml;hler manifold S make it somehow unique. The motivating observations are that the
dimensions of classical number fields are the dimensions of partonic 2-surfaces, space-time surfaces,
and imbedding space and M<sup>8</sup> can be identified as hyper-octonions- a sub-space of complexified
octonions obtained by adding a commuting imaginary unit. This stimulates some questions.
Could one understand S = CP<sub>2</sub> number theoretically in the sense that M<sup>8</sup> and H = M<sup>4</sup> x CP<sub>2</sub>
be in some deep sense equivalent (&quot;number theoretical compactification&quot; or M<sup>8</sup> - H duality)?
Could associativity define the fundamental dynamical principle so that space-time surfaces could
be regarded as associative or co-associative (defined properly) sub-manifolds of M<sup>8</sup> or equivalently
of H.
One can indeed define the associativite (co-associative) 4-surfaces using octonionic representation
of gamma matrices of 8-D spaces as surfaces for which the modified gamma matrices span
an associate (co-associative) sub-space at each point of space-time surface. Also M<sup>8</sup> - H duality
holds true if one assumes that this associative sub-space at each point contains preferred plane of
M<sup>8</sup> identifiable as a preferred commutative or co-commutative plane (this condition generalizes
to an integral distribution of commutative planes in M<sup>8</sup>). These planes are parametrized by CP<sub>2</sub>
and this leads to M<sup>8</sup> - H duality.
WCW itself can be identified as the space of 4-D local sub-algebras of the local Clifford
algebra of M<sup>8</sup> or H which are associative or co-associative. An open conjecture is that this
characterization of the space-time surfaces is equivalent with the preferred extremal property of
K&auml;hler action with preferred extremal identified as a critical extremal allowing infinite-dimensional
algebra of vanishing second variations.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Physics as Generalized Number Theory: P-Adic Physics and Number Theoretic Universality]]></title>
   <link>http://viXra.org/abs/1006.0036</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0036v1<br/>
     <b>title:</b>     Physics as Generalized Number Theory: P-Adic Physics and Number Theoretic Universality<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
Physics as a generalized number theory program involves three threads: various p-adic physics
and their fusion together with real number based physics to a larger structure, the attempt to
understand basic physics in terms of classical number fields (in particular, identifying associativity
condition as the basic dynamical principle), and infinite primes whose construction is formally
analogous to a repeated second quantization of an arithmetic quantum field theory. In this article
p-adic physics and the technical problems relates to the fusion of p-adic physics and real physics
to a larger structure are discussed.
The basic technical problems relate to the notion of definite integral both at space-time level,
imbedding space level and the level of WCW (the &quot;world of classical worlds&quot;). The expressibility
of WCW as a union of symmetric spacesleads to a proposal that harmonic analysis of symmetric
spaces can be used to define various integrals as sums over Fourier components. This leads to the
proposal the p-adic variant of symmetric space is obtained by a algebraic continuation through a
common intersection of these spaces, which basically reduces to an algebraic variant of coset space
involving algebraic extension of rationals by roots of unity. This brings in the notion of angle
measurement resolution coming as &Delta;&phi; = 2&pi;/p<sup>n</sup> for given p-adic prime p. Also a proposal how
one can complete the discrete version of symmetric space to a continuous p-adic versions emerges
and means that each point is effectively replaced with the p-adic variant of the symmetric space
identifiable as a p-adic counterpart of the real discretization volume so that a fractal p-adic variant
of symmetric space results.
If the K&auml;hler geometry of WCW is expressible in terms of rational or algebraic functions, it
can in principle be continued the p-adic context. One can however consider the possibility that
that the integrals over partonic 2-surfaces defining 
ux Hamiltonians exist p-adically as Riemann
sums. This requires that the geometries of the partonic 2-surfaces effectively reduce to finite
sub-manifold geometries in the discretized version of &delta;M<sub>+</sub><sup>4</sup>. If K&auml;hler action is required
to exist p-adically same kind of condition applies to the space-time surfaces themselves. These
strong conditions might make sense in the intersection of the real and p-adic worlds assumed to
characterized living matter.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Construction of Configuration Space Spinor Structure]]></title>
   <link>http://viXra.org/abs/1006.0035</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0035v1<br/>
     <b>title:</b>     Construction of Configuration Space Spinor Structure<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
There are three separate approaches to the challenge of constructing WCW K&auml;hler geometry
and spinor structure. The first approach relies on a direct guess of K&auml;hler function. Second
approach relies on the construction of K&auml;hler form and metric utilizing the huge symmetries
of the geometry needed to guarantee the mathematical existence of Riemann connection. The
third approach discussed in this article relies on the construction of spinor structure based on the
hypothesis that complexified WCW gamma matrices are representable as linear combinations of
fermionic oscillator operator for the second quantized free spinor fields at space-time surface and
on the geometrization of super-conformal symmetries in terms of spinor structure. This implies a
geometrization of fermionic statistics.
The basic philosophy is that at fundamental level the construction of WCW geometry reduces
to the second quantization of the induced spinor fields using Dirac action. This assumption
is parallel with the bosonic emergence stating that all gauge bosons are pairs of fermion and
antifermion at opposite throats of wormhole contact. Vacuum function is identified as Dirac
determinant and the conjecture is that it reduces to the exponent of K&auml;hler function. In order
to achieve internal consistency induced gamma matrices appearing in Dirac operator must be
replaced by the modified gamma matrices defined uniquely by K&auml;hler action and one must also
assume that extremals of K&auml;hler action are in question so that the classical space-time dynamics
reduces to a consistency condition. This implies also super-symmetries and the fermionic oscillator
algebra at partonic 2-surfaces has intepretation as N = 1 generalization of space-time supersymmetry
algebra different however from standard SUSY algebra in that Majorana spinors are
not needed. This algebra serves as a building brick of various super-conformal algebras involved.
The requirement that there exist deformations giving rise to conserved Noether charges requires
that the preferred extremals are critical in the sense that the second variation of the K&auml;hler action
vanishes for these deformations. Thus Bohr orbit property could correspond to criticality or at
least involve it.
Quantum classical correspondence demands that quantum numbers are coded to the properties
of the preferred extremals given by the Dirac determinant and this requires a linear coupling
to the conserved quantum charges in Cartan algebra. Effective 2-dimensionality allows a measurement
interaction term only in 3-D Chern-Simons Dirac action assignable to the wormhole
throats and the ends of the space-time surfaces at the boundaries of CD. This allows also to
have physical propagators reducing to Dirac propagator not possible without the measurement
interaction term. An essential point is that the measurement interaction corresponds formally
to a gauge transformation for the induced K&auml;hler gauge potential. If one accepts the weak form
of electric-magnetic duality K&auml;hler function reduces to a generalized Chern-Simons term and the
effect of measurement interaction term to K&auml;hler function reduces effectively to the same gauge
transformation.
The basic vision is that WCW gamma matrices are expressible as super-symplectic charges at
the boundaries of CD. The basic building brick of WCW is the product of infinite-D symmetric
spaces assignable to the ends of the propagator line of the generalized Feynman diagram. WCW
K&auml;hler metric has in this case &quot;kinetic&quot; parts associated with the ends and &quot;interaction&quot; part
between the ends. General expressions for the super-counterparts of WCW 
ux Hamiltoniansand
for the matrix elements of WCW metric in terms of their anticommutators are proposed on basis
of this picture.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Construction of Configuration Space Geometry from Symmetry Principles]]></title>
   <link>http://viXra.org/abs/1006.0034</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0034v1<br/>
     <b>title:</b>     Construction of Configuration Space Geometry from Symmetry Principles<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
There are three separate approaches to the challenge of constructing WCW K&auml;hler geometry
and spinor structure. The first one relies on a direct guess of K&auml;hler function. Second approach
relies on the construction of K&auml;hler form and metric utilizing the huge symmetries of the geometry
needed to guarantee the mathematical existence of Riemann connection. The third approach relies
on the construction of spinor structure assuming that complexified WCW gamma matrices are
representable as linear combinations of fermionic oscillator operator for the second quantized free
spinor fields at space-time surface and on the geometrization of super-conformal symmetries in
terms of spinor structure.
In this article the construction of K&auml;hler form and metric based on symmetries is discussed.
The basic vision is that WCW can be regarded as the space of generalized Feynman diagrams with
lines thickned to light-like 3-surfaces and vertices identified as partonic 2-surfaces. In zero energy
ontology the strong form of General Coordinate Invariance (GCI) implies effective 2-dimensionality
and the basic objects are pairs partonic 2-surfaces X<sup>2</sup> at opposite light-like boundaries of causal
diamonds (CDs).
The hypothesis is that WCW can be regarded as a union of infinite-dimensional symmetric
spaces G/H labeled by zero modes having an interpretation as classical, non-quantum 
uctuating
variables. A crucial role is played by the metric 2-dimensionality of the light-cone boundary
&delta;M<sub>+</sub><sup>4</sup>
+ and of light-like 3-surfaces implying a generalization of conformal invariance. The group
G acting as isometries of WCW is tentatively identified as the symplectic group of 
&delta;M<sub>+</sub><sup>4</sup> x CP<sub>2</sub>
localized with respect to X<sup>2</sup>. H is identified as Kac-Moody type group associated with isometries
of H = M<sub>+</sub><sup>4</sup> x CP<sub>2</sub> acting on light-like 3-surfaces and thus on X<sup>2</sup>.
An explicit construction for the Hamiltonians of WCW isometry algebra as so called 
ux
Hamiltonians is proposed and also the elements of K&auml;hler form can be constructed in terms of
these. Explicit expressions for WCW 
ux Hamiltonians as functionals of complex coordinates of
the Cartesisian product of the infinite-dimensional symmetric spaces having as points the partonic
2-surfaces defining the ends of the the light 3-surface (line of generalized Feynman diagram) are
proposed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Identification of the Configuration Space K&auml;hler Function]]></title>
   <link>http://viXra.org/abs/1006.0033</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0033v1<br/>
     <b>title:</b>     Identification of the Configuration Space K&auml;hler Function<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
There are two basic approaches to quantum TGD. The first approach, which is discussed in
this article, is a generalization of Einstein's geometrization program of physics to an infinitedimensional
context. Second approach is based on the identification of physics as a generalized
number theory. The first approach relies on the vision of quantum physics as infinite-dimensional
K&auml;hler geometry for the &quot;world of classical worlds&quot; (WCW) identified as the space of 3-surfaces
in in certain 8-dimensional space. There are three separate approaches to the challenge of constructing
WCW K&auml;hler geometry and spinor structure. The first approach relies on direct guess
of K&auml;hler function. Second approach relies on the construction of K&auml;hler form and metric utilizing
the huge symmetries of the geometry needed to guarantee the mathematical existence of
Riemann connection. The third approach relies on the construction of spinor structure based on
the hypothesis that complexified WCW gamma matrices are representable as linear combinations
of fermionic oscillator operator for second quantized free spinor fields at space-time surface and
on the geometrization of super-conformal symmetries in terms of WCW spinor structure.
In this article the proposal for K&auml;hler function based on the requirement of 4-dimensional General
Coordinate Invariance implying that its definition must assign to a given 3-surface a unique
space-time surface. Quantum classical correspondence requires that this surface is a preferred extremal
of some some general coordinate invariant action, and so called K&auml;hler action is a unique
candidate in this respect. The preferred extremal has intepretation as an analog of Bohr orbit
so that classical physics becomes and exact part of WCW geometry and therefore also quantum
physics.
The basic challenge is the explicit identification of WCW K&auml;hler function K. Two assumptions
lead to the identification of K as a sum of Chern-Simons type terms associated with the ends of
causal diamond and with the light-like wormhole throats at which the signature of the induced
metric changes. The first assumption is the weak form of electric magnetic duality. Second
assumption is that the K&auml;hler current for preferred extremals satisfies the condition jK ^ djK = 0
implying that the 
ow parameter of the 
ow lines of jK defines a global space-time coordinate.
This would mean that the vision about reduction to almost topological QFT would be realized.
Second challenge is the understanding of the space-time correlates of quantum criticality.
Electric-magnetic duality helps considerably here. The realization that the hierarchy of Planck
constant realized in terms of coverings of the imbedding space follows from basic quantum TGD
leads to a further understanding. The extreme non-linearity of canonical momentum densities as
functions of time derivatives of the imbedding space coordinates implies that the correspondence
between these two variables is not 1-1 so that it is natural to introduce coverings of CD x CP<sub>2</sub>.
This leads also to a precise geometric characterization of the criticality of the preferred extremals.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Physics as Infinite-Dimensional Geometry and Generalized Number Theory: Basic Visions]]></title>
   <link>http://viXra.org/abs/1006.0032</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Mathematical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0032v1<br/>
     <b>title:</b>     Physics as Infinite-Dimensional Geometry and Generalized Number Theory: Basic Visions<br/>
     <b>authors:</b>   Matti Pitk&auml;nen<br/>
     <b>category:</b>  Mathematical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
There are two basic approaches to the construction of quantum TGD. The first approach
relies on the vision of quantum physics as infinite-dimensional K&auml;hler geometry for the &quot;world of
classical worlds&quot; identified as the space of 3-surfaces in in certain 8-dimensional space. Essentially
a generalization of the Einstein's geometrization of physics program is in question. The second
vision is the identification of physics as a generalized number theory. This program involves
three threads: various p-adic physics and their fusion together with real number based physics
to a larger structure, the attempt to understand basic physics in terms of classical number fields
(in particular, identifying associativity condition as the basic dynamical principle), and infinite
primes whose construction is formally analogous to a repeated second quantization of an arithmetic
quantum field theory. In this article brief summaries of physics as infinite-dimensional geometry
and generalized number theory are given to be followed by more detailed articles.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Final Prophesies of Jesus Christ and the Announcement of the End of Days]]></title>
   <link>http://viXra.org/abs/1006.0031</link>
   <pubDate>16 Jun 2010</pubDate>
   <category>Religion and Spiritualism</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0031v1<br/>
     <b>title:</b>     The Final Prophesies of Jesus Christ and the Announcement of the End of Days<br/>
     <b>authors:</b>   Jeremey Razelle<br/>
     <b>category:</b>  Religion and Spiritualism<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 Jun 2010<br/>
     <b>abstract:</b>  
From the dawn of time (nearly 10,000 years ago) The One and Only Lord Jesus Christ has been 
authoritating a sequence of events directed at the culmination of the fulfillment of human 
prophesy namely, the final battle for the souls of all humans kind. Much has been written1 
already on the End of Days as it is pertinent to the humans kind, and recent events points 
to the fulfillment of these events in our own time. This paper contains the declaration of 
End Times and Final Prophesize of Jesus Christ as dictated to his humble and faithful servents 
who He loves and wants to see saved from the Final Temptation of Science. There is great evil 
in the current organizations of NSF, DOE, and CERN as they prepare to wage The War of End Times. 
They refuse to hear the words of God and speak only to the false sciences of their Godless 
forefathers. As such they will bring about the end of days for their Science Pride. These 
are the very words of The Lord and Savior Jesus Christ and are to be heeded as the most 
important of all the words.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Promise We Make to the Dead: a Comment on Arxiv:1006.2312]]></title>
   <link>http://viXra.org/abs/1006.0030</link>
   <pubDate>15 Jun 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0030v1<br/>
     <b>title:</b>     A Promise We Make to the Dead: a Comment on Arxiv:1006.2312<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      15 Jun 2010<br/>
     <b>abstract:</b>  
The authors of Arxiv:1006.2312 study the effect
of mentors on their prot&eacute;g&eacute;s. The study is quantitative,
resting its conclusions on measurable outcomes, such as
professorships, publications, etc. But what about the
mentor who is a paradigm shifter? The paradigm shifter
maybe has one prot&eacute;g&eacute;, if that. The paradigm shifter does
not get published in the mainstream publications, nor does
his or her prot&eacute;g&eacute;. But the paradigm shifter and his or her
prot&eacute;g&eacute; cause revolutions, which are what determine
directions and the future course of physics. How do
we find those mentors and their prot&eacute;g&eacute;s? Shouldn't that
relationship be one we foster and encourage rather than
stifle?

   ]]> </description>
</item>
<item>
   <title><![CDATA[Nonlinear Theory of Elementary Particles 2. the Photon Theory]]></title>
   <link>http://viXra.org/abs/1006.0029</link>
   <pubDate>15 Jun 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0029v1<br/>
     <b>title:</b>     Nonlinear Theory of Elementary Particles 2. the Photon Theory<br/>
     <b>authors:</b>   A.G. Kyriakos<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      15 Jun 2010<br/>
     <b>abstract:</b>  
In the proposed article the photon theory is examined from the point of view 
of the nonlinear theory of elementary particles  ( http://vixra.org/abs/1005.0019 ). 

   ]]> </description>
</item>
<item>
   <title><![CDATA[Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter II Jose Natario.]]></title>
   <link>http://viXra.org/abs/1006.0028</link>
   <pubDate>15 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0028v2<br/>
     <b>title:</b>     Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter II Jose Natario.<br/>
     <b>authors:</b>   Fernando Loup<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      15 Aug 2010<br/>
     <b>abstract:</b>  
Natario Warp Drive is one of the most exciting Spacetimes of General Relativity.It was the second
Spacetime Metric able to develop Superluminal Velocities.However in the literature about Warp Drives
the Natario Spacetime is only marginally quoted.Almost all the available literature covers the Alcubierre
Warp Drive. It is our intention to present here the fully developed Natario Warp Drive Spacetime and
its very interesting features.Our presentation is given in a more accessible mathematical formalism
following the style of the current Warp Drive literature destined to graduate students of physics since
the original Natario Warp Drive paper of 2001 was presented in a sophisticated mathematical formalism
not accessible to average students. Like the Alcubierre Warp Drive Spaceime that requires a continuous
function f(rs) in order to be completely analyzed or described we introduce here the Natario Shape
Function n(r) that allows ourselves to study the amazing physical features of the Natario Warp Drive.
The non-existence of a continuous Shape Function for the Natario Warp Drive in the original 2001 work
was the reason why Natario Warp Drive was not covered by the standard literature in the same degree of
coverage dedicated to the Alcubierre Warp Drive. We hope to change the situation because the Natario
Warp Drive looks very promising.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter II Jose Natario.]]></title>
   <link>http://viXra.org/abs/1006.0028</link>
   <pubDate>15 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0028v1<br/>
     <b>title:</b>     Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter II Jose Natario.<br/>
     <b>authors:</b>   Fernando Loup<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      15 Jun 2010<br/>
     <b>abstract:</b>  
Natario Warp Drive is one of the most exciting Spacetimes of General Relativity.It was the second
Spacetime Metric able to develop Superluminal Velocities.However in the literature about Warp Drives
the Natario Spacetime is only marginally quoted.Almost all the available literature covers the Alcubierre
Warp Drive. It is our intention to present here the fully developed Natario Warp Drive Spacetime and
its very interesting features.Our presentation is given in a more accessible mathematical formalism
following the style of the current Warp Drive literature destined to graduate students of physics since
the original Natario Warp Drive paper of 2001 was presented in a sophisticated mathematical formalism
not accessible to average students. Like the Alcubierre Warp Drive Spaceime that requires a continuous
function f(rs) in order to be completely analyzed or described we introduce here the Natario Shape
Function n(r) that allows ourselves to study the amazing physical features of the Natario Warp Drive.
The non-existence of a continuous Shape Function for the Natario Warp Drive in the original 2001 work
was the reason why Natario Warp Drive was not covered by the standard literature in the same degree of
coverage dedicated to the Alcubierre Warp Drive. We hope to change the situation because the Natario
Warp Drive looks very promising.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Inquiry as to if Higher Dimensions Can be Used to Unify DM and DE, if Massive Gravitons Are Stable.]]></title>
   <link>http://viXra.org/abs/1006.0027</link>
   <pubDate>18 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0027v2<br/>
     <b>title:</b>     Inquiry as to if Higher Dimensions Can be Used to Unify DM and DE, if Massive Gravitons Are Stable.<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      18 Jun 2010<br/>
     <b>abstract:</b>  
The following questions are raised. First, can there be a stable (massive) graviton? If
so, does this massive graviton, as modeled by KK DM, with a modification of slight 4
dimensional space mass, contribute to DE, at least in terms of re acceleration ? The answer, if
one assumes that the square of a frequency for graviton mass is real valued and greater than zero
appears to be affirmative. The author, finds evidence that re acceleration of the universe one
billion years ago in a higher dimensional setting can be justified in terms of a modification of
standard KK DM models, if one considers how an information exchange between present to
prior universes occurs, which the author thinks mandates more than four dimensional space time.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Inquiry as to if Higher Dimensions Can be Used to Unify DM and DE, if Massive Gravitons Are Stable.]]></title>
   <link>http://viXra.org/abs/1006.0027</link>
   <pubDate>15 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0027v1<br/>
     <b>title:</b>     Inquiry as to if Higher Dimensions Can be Used to Unify DM and DE, if Massive Gravitons Are Stable.<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      15 Jun 2010<br/>
     <b>abstract:</b>  
The following questions are raised in this document. First, can there be a stable (massive) graviton? If so, does
this massive graviton, as modeled by KK DM, with a modification of slight 4 dimensional space mass, contribute to DE,
at least in terms of re acceleration ? The answer, if one assumes that the square of a frequency for graviton mass is real
valued and greater than zero appears to be affirmative. The author, when considering a joint DM - DE model finds
evidence that re acceleration of the universe one billion years ago in a higher dimensional setting can be justified in terms
of a slight modification of standard KK DM models, if one considers how an information exchange between present to
prior universes occurs, which the author thinks mandates more than four dimensional space time geometry.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Photon Field and Infinity]]></title>
   <link>http://viXra.org/abs/1006.0026</link>
   <pubDate>14 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0026v1<br/>
     <b>title:</b>     Photon Field and Infinity<br/>
     <b>authors:</b>   John L. O'Sullivan<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 Jun 2010<br/>
     <b>abstract:</b>  
Existences have tangible dimensions and intangible dimensions. The
tangible dimensions have finite energy responsible for mass and universal space-time
and the intangible dimensions have infinite energy without beginning or end. This
report will show the relation between mass and infinity where the speed of light is
common to both giving an understanding of time and matter in the electromagnetic
wave field.

   ]]> </description>
</item>
<item>
   <title><![CDATA[What Can be Said About ( Massive) Graviton Stability? &amp; is there DM Generated DE ?]]></title>
   <link>http://viXra.org/abs/1006.0025</link>
   <pubDate>15 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0025v2<br/>
     <b>title:</b>     What Can be Said About ( Massive) Graviton Stability? &amp; is there DM Generated DE ?<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      15 Jun 2010<br/>
     <b>abstract:</b>  
Delineating conditions for the existence of a stable (massive) graviton mass, and its possible role in 
mimicking DE one billion years ago in the re acceleration of the universe

   ]]> </description>
</item>
<item>
   <title><![CDATA[What Can be Said About ( Massive) Graviton Stability? &amp; is there DM Generated DE ?]]></title>
   <link>http://viXra.org/abs/1006.0025</link>
   <pubDate>14 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0025v1<br/>
     <b>title:</b>     What Can be Said About ( Massive) Graviton Stability? &amp; is there DM Generated DE ?<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 Jun 2010<br/>
     <b>abstract:</b>  
Delineating conditions for the existence of a stable (massive) graviton mass, and its possible role in 
mimicking DE one billion years ago in the re acceleration of the universe

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Theorem About Simultaneous Orthological and Homological Triangles]]></title>
   <link>http://viXra.org/abs/1006.0024</link>
   <pubDate>13 Mar 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0024v1<br/>
     <b>title:</b>     A Theorem About Simultaneous Orthological and Homological Triangles<br/>
     <b>authors:</b>   Ion P&#259;tra&#351;cu, Florentin Smarandache<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      13 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we prove that if P<sub>1</sub>,P<sub>2</sub> are isogonal points in the triangle ABC ,
and if A<sub>1</sub>B<sub>1</sub>C<sub>1</sub> and A<sub>2</sub>B<sub>2</sub>C<sub>2</sub> are their ponder triangle such that the triangles ABC and
A<sub>1</sub>B<sub>1</sub>C<sub>1</sub> are homological (the lines AA<sub>1</sub> , BB<sub>1</sub> , CC<sub>1</sub> are concurrent), then the triangles
ABC and A<sub>2</sub>B<sub>2</sub>C<sub>2</sub> are also homological.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Hipotese de Smarandache: Evidencias, Implicacoes E Aplicacoes]]></title>
   <link>http://viXra.org/abs/1006.0023</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0023v1<br/>
     <b>title:</b>     Hipotese de Smarandache: Evidencias, Implicacoes E Aplicacoes<br/>
     <b>authors:</b>   Leonardo F. D. da Motta<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
Paper about the Smarandache Hypothesis that there is no speed barrier in the universe and one can construct any speed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Can a Massive Graviton be a Stable Particle ?]]></title>
   <link>http://viXra.org/abs/1006.0022</link>
   <pubDate>21 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0022v2<br/>
     <b>title:</b>     Can a Massive Graviton be a Stable Particle ?<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      21 Aug 2010<br/>
     <b>abstract:</b>  
This document is due to a question asked in the Dark Side of the Universe conference, 2010, in
Leon, Mexico, when a researcher from India asked the author about how to obtain a stability analysis
of massive gravitons. The answer to this question involves an extension of the usual Pauli_Fiertz
Langrangian , with non zero graviton mass contributing to a relationship between the trace of a re
done GR stress-energy tensor ( assuming non zero graviton mass) , and the trace of a re done
symmetric tensor , times a tiny mass for a 4 dimensional graviton. The resulting analysis makes use
of Visser's treatment of a stress energy tensor, with experimental applications discussed in the
resulting analysis. If the square of frequency of a massive graviton is real valued and greater than
zero, stability can be possibly confirmed experimentally.
   ]]> </description>
</item>
<item>
   <title><![CDATA[Can a Massive Graviton be a Stable Particle ?]]></title>
   <link>http://viXra.org/abs/1006.0022</link>
   <pubDate>12 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0022v1<br/>
     <b>title:</b>     Can a Massive Graviton be a Stable Particle ?<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Jun 2010<br/>
     <b>abstract:</b>  
This document is due to a question asked in the Dark Side of the Universe conference, 2010, in
Leon, Mexico, when a researcher from India asked the author about how to obtain a stability analysis
of massive gravitons. The answer to this question involves an extension of the usual Pauli_Fiertz
Langrangian, with non zero graviton mass contributing to a relationship between the trace of a re
done GR stress-energy tensor ( assuming non zero graviton mass) , and the trace of a re done
symmetric tensor, times a tiny mass for a 4 dimensional graviton. The resulting analysis makes use
of Visser's treatment of a stress energy tensor, with experimental applications discussed in the
resulting analysis. If the square of frequency of a massive graviton is real valued and greater than
zero, stability can be possibly confirmed experimentally.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Planetary Orbits (According to &quot;Hypothesis on MATTER&quot;)]]></title>
   <link>http://viXra.org/abs/1006.0021</link>
   <pubDate>12 Jun 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0021v1<br/>
     <b>title:</b>     Planetary Orbits (According to &quot;Hypothesis on MATTER&quot;)<br/>
     <b>authors:</b>   Nainan K. Varghese<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 Jun 2010<br/>
     <b>abstract:</b>  
In any system of bodies, relativistic considerations can provide only those
parameters of the constituent bodies, which are related to their relative positions. Use of a
reference frame, related to a static central body, causes a planetary orbit to appear as closed
geometrical figure around the central body. As the central body, itself is a moving body, this
does not reflect physical reality. Although they help to explain apparent phenomena, all
properties attributed to elliptical/circular planetary orbital path are unreal. Real physical
actions are restricted to real entities and they have to be understood with reference to an
absolute reference. Since, elliptical shape of a planetary orbit is an imaginary aspect; it has its
limitations to explain real actions in nature. Due to constant motions of free bodies in space, it
is practically impossible for a free body to orbit around another. However, they may orbit
about each other and follow a common median path in space. Mechanism of orbit-formation
and the limitations of orbiting bodies, described in this article, are based on a radically
different dynamics from an alternative concept put forward in 'Hypothesis on MATTER'. A
planet's parameters, during initial entry into its datum orbit, determine size and eccentricity of
its apparent orbit. Only those bodies, which approach the central body from the rear, on the
outer side of its curved path, through a small window in space can form stable orbits. Hence,
it is imperative that all bodies of a planetary system orbit in the same sense and are (almost) in
the same plane. Perihelion/aphelion of an orbital path could be anywhere in the orbit, but the
point at which the orbiting body has its highest/lowest linear speeds are fixed in relation to the
central body's path. All natural planets, whose perihelion are in front of their point of entry;
arrive from outside the planetary system.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (141)-(190)]]></title>
   <link>http://viXra.org/abs/1006.0020</link>
   <pubDate>11 Jun 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0020v1<br/>
     <b>title:</b>     The New Prime Theorem (141)-(190)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Jun 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (141)-(190) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Probabilistic Interpretation of Quantum Mechanics with Schr&ouml;dinger Quantization Rule]]></title>
   <link>http://viXra.org/abs/1006.0019</link>
   <pubDate>11 Jun 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0019v1<br/>
     <b>title:</b>     Probabilistic Interpretation of Quantum Mechanics with Schr&ouml;dinger Quantization Rule<br/>
     <b>authors:</b>   Saurav Dwivedi<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Jun 2010<br/>
     <b>abstract:</b>  
We quantize the probabilistic interpretation of quantum mechanics using Schr&ouml;dinger
quantization rule. We describe the probability of getting a quantum object in configuration
space as the eigenvalue (image) of quantum mechanical probability (operator) satisfying
Schr&ouml;dinger probability eigenvalue equation. The deduction is used to obtain quantum
description of systems which would be used to quantize many classical and quantum (differential)
problems.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Primary Gas and the Postulates of Quantum Mechanics-Vii]]></title>
   <link>http://viXra.org/abs/1006.0018</link>
   <pubDate>10 Jun 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0018v1<br/>
     <b>title:</b>     The Primary Gas and the Postulates of Quantum Mechanics-Vii<br/>
     <b>authors:</b>   V.A.Induchoodan Menon<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Jun 2010<br/>
     <b>abstract:</b>  
The author shows that that for each quantum mechanical property
of a micro-system there is a corresponding thermodynamic one in the
primary gas. He further shows that the basic postulates of quantum
mechanics have equivalents in the primary gas approach based on
statistical mechanics provided time is accorded directional symmetry.
He shows that the interference pattern obtained in Young's double slit
experiment could be explained in terms of the primary gas approach
using the directional symmetry of time.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Very Special Case, a Brief Comment About the Michelson / Morley Experiment]]></title>
   <link>http://viXra.org/abs/1006.0017</link>
   <pubDate>19 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0017v2<br/>
     <b>title:</b>     A Very Special Case, a Brief Comment About the Michelson / Morley Experiment<br/>
     <b>authors:</b>   Roald C. Maximo<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      19 Jun 2010<br/>
     <b>abstract:</b>  
Very often, in the history of science, amazingly simple phenomena, when initially
misunderstood, may become laden with prejudice and somewhat mystical connotations and,
since then, are passed on from generation to generation for no better reason then magister
dixit. One example already discussed here [1] has been stellar aberration. But there is
nevertheless a very special case where in trying to explain the null result of the Michelson and
Morley experiment scientists, just to keep up to their prejudices, chose the weirdest
explanations; instrument length contraction or Ether drag !

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Very Special Case, a Brief Comment About the Michelson / Morley Experiment]]></title>
   <link>http://viXra.org/abs/1006.0017</link>
   <pubDate>8 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0017v1<br/>
     <b>title:</b>     A Very Special Case, a Brief Comment About the Michelson / Morley Experiment<br/>
     <b>authors:</b>   Roald C. Maximo<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 Jun 2010<br/>
     <b>abstract:</b>  
Very often, in the history of science, amazingly simple phenomena, when initially misunderstood, may become laden with
prejudice and somewhat mystical connotations and, since then, are passed on from generation to generation for no better reason then
magister dixit. One example already discussed here [1] has been stellar aberration. But there is nevertheless a very special case where in
trying to explain the null result of the Michelson and Morley experiment scientists, just to keep up to their prejudices, chose the weirdest
explanations; instrument length contraction or ether drag !

   ]]> </description>
</item>
<item>
   <title><![CDATA[Five Properties of the Smarandache Double Factorial Function]]></title>
   <link>http://viXra.org/abs/1006.0016</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0016v1<br/>
     <b>title:</b>     Five Properties of the Smarandache Double Factorial Function<br/>
     <b>authors:</b>   Felice Russo<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper some properties of the Smarandache double factorial
function have been analyzed.

   ]]> </description>
</item>
<item>
   <title><![CDATA[An Economics Model for the Smarandache Anti-Geometry]]></title>
   <link>http://viXra.org/abs/1006.0015</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0015v1<br/>
     <b>title:</b>     An Economics Model for the Smarandache Anti-Geometry<br/>
     <b>authors:</b>   Roberto Torretti<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
The Smarandache anti-geometry is a non-euclidean geometry that
denies all Hilbert's twenty axioms, each axiom being denied in many ways in the same
space. In this paper one finds an economics model to this geometry by making the
following correlations:
(i) A point is the balance in a particular checking account, expressed in U.S. currency.
(Points are denoted by capital letters).
(ii) A line is a person, who can be a human being. (Lines are denoted by lower case
italics).
(iii) A plane is a U.S. bank, affiliated to the FDIC. (Planes are denoted by lower case
boldface letters).

   ]]> </description>
</item>
<item>
   <title><![CDATA[About Very Perfect Numbers]]></title>
   <link>http://viXra.org/abs/1006.0014</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0014v1<br/>
     <b>title:</b>     About Very Perfect Numbers<br/>
     <b>authors:</b>   Mih&aacute;ly Bencze, Florin Popovici, Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this short paper we prove that the square of an odd prime number cannot be a
very perfect number.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Idempotents in Loop Rings Z<sub>t</sub>L<sub>n</sub>(m) of the Loops L<sub>n</sub>(m):]]></title>
   <link>http://viXra.org/abs/1006.0013</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0013v1<br/>
     <b>title:</b>     Smarandache Idempotents in Loop Rings Z<sub>t</sub>L<sub>n</sub>(m) of the Loops L<sub>n</sub>(m):<br/>
     <b>authors:</b>   W.B.Vasantha, Moon K. Chetry<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we establish the existance of S-idempotents in case of loop rings
Z<sub>t</sub>L<sub>n</sub>(m) for a special class of loops L<sub>n</sub>(m); over the ring of modulo integers
Z<sub>t</sub> for a specific value of t. These loops satisfy the conditions g<sub>i</sub><sup>2</sup> = 1 for every
g<sub>i</sub> &epsilon; L<sub>n</sub>(m). We prove Z<sub>t</sub>L<sub>n</sub>(m) has an S-idempotent when t is a perfect number
or when t is of the form 2<sup>i</sup>p or 3<sup>i</sup>p (where p is an odd prime) or in general when
t = p<sub>1</sub><sup>i</sup>p<sub>2</sub> (p<sub>1</sub> and p<sub>2</sub> are distinct odd primes). It is important to note that we
are able to prove only the existance of a single S-idempotent; however we leave
it as an open problem wheather such loop rings have more than one S-idempotent.
This paper has three sections. In section one, we give the basic notions about
the loops L<sub>n</sub>(m) and recall the definition of S-idempotents in rings. In section
two, we establish the existance of S-idempotents in the loop ring Z<sub>t</sub>L<sub>n</sub>(m). In
the final section, we suggest some interesting problems based on our study.

   ]]> </description>
</item>
<item>
   <title><![CDATA[No-Time-Dilation Corrected Supernovae 1a and GRBs Data and Low-Energy Quantum Gravity]]></title>
   <link>http://viXra.org/abs/1006.0012</link>
   <pubDate>7 Jun 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0012v1<br/>
     <b>title:</b>     No-Time-Dilation Corrected Supernovae 1a and GRBs Data and Low-Energy Quantum Gravity<br/>
     <b>authors:</b>   Michael A. Ivanov<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 Jun 2010<br/>
     <b>abstract:</b>  
Earlier it was shown that in the model of low-energy quantum gravity
by the author, observations of Supernovae 1a and GRBs, which are
corrected by observers for characteristic for the standard cosmological
model time dilation, may be fitted with the theoretical luminosity
distance curve only up to z ~ 0:5; for higher redshifts the predicted
luminosity distance is essentially bigger. The model itself has not
time dilation due to another redshift mechanism. It is shown here
that a correction of observations for no time dilation leads to a good
accordance of observations and theoretical predictions for all achieved
redshifts.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Hypothesis on Matter]]></title>
   <link>http://viXra.org/abs/1006.0011</link>
   <pubDate>5 Jun 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0011v1<br/>
     <b>title:</b>     Hypothesis on Matter<br/>
     <b>authors:</b>   Nainan K. Varghese<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 Jun 2010<br/>
     <b>abstract:</b>  
'Hypothesis on MATTER' is a revolutionary new concept, which explains all
physical phenomena based on just one type of (postulated) basic particle - the Quantum of
matter. Conception and development of this model is founded on the conviction that there can
be only one type of basic entities. They provide substance and create all other real entities in
nature. All (apparent) interactions and diverse properties of superior entities are logical
developments from inherent properties of the (postulated) quanta of matter. Quanta of matter,
by their natural interactions, creates and structure all other entities including an allencompassing
medium. A wide array of physical phenomena are explained in the book [1];
from the origin of 3D matter to gravity and subatomic interactions to cosmological events,
based on the simple mechanical interactions of quanta of matter. There is no more any need to
envisage 'actions at a distance' or to invoke irrational assumptions like diversity of natural
forces, mass-energy equivalence, duality of light or constancy of its speed, dual nature of
electric charge, singularities, big bang, etc. This new concept will radically alter our
understanding of the physical universe and at the same time, explain complex physical
phenomena with simple 'Cause and Effect' relationships.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Perspectives About Density of Universal Cosmic Mass, Density of Space and the a-Temporal Gravitation]]></title>
   <link>http://viXra.org/abs/1006.0010</link>
   <pubDate>4 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0010v1<br/>
     <b>title:</b>     Perspectives About Density of Universal Cosmic Mass, Density of Space and the a-Temporal Gravitation<br/>
     <b>authors:</b>   Davide Fiscaletti<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 Jun 2010<br/>
     <b>abstract:</b>  
Clocks are measuring systems for the numerical order, speed and frequency of material
changes that run into space. Time does not run into space on its own, time exists only as
numerical order, speed and frequency of material change. Stellar objects and particles move into
space only and not into time. Gravitational interaction between material objects is the result of
curvature of space that is determined by the granular structure of space. Density of the elementary
grains of space depends on density of universal cosmic mass, higher is the density of universal
cosmic mass lower is the density of grains of empty space. Density of empty space is the physical
basis of its curvature. Material objects have a tendency to move into direction of lower density and
higher curvature of space. Gravitational interaction mass-space-mass is immediate: the presence
of a mass causes change of density of space, change of density of space causes gravitational
motion. A mass acts on another mass indirectly via the change of density of empty space.
Gravitational interaction between two masses is immediate: no time, namely no duration of motion
of a particle or wave in space is needed to transmit gravitational interaction from one to another
material object.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Numerical Order of Physical Events Has no Duration]]></title>
   <link>http://viXra.org/abs/1006.0009</link>
   <pubDate>4 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0009v1<br/>
     <b>title:</b>     Numerical Order of Physical Events Has no Duration<br/>
     <b>authors:</b>   Davide Fiscaletti, Amrit Sorli<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 Jun 2010<br/>
     <b>abstract:</b>  
With clocks we measure numerical order t0,t1,t2,...,tn of a physical event. A sequence t<sub>n-1</sub> is
&quot;before&quot; a sequence t<sub>n</sub> equivalently to natural number n-1 is before natural number n.
Numerical order t0,t1,t2,...,tn of a physical event has no duration. It runs in a timeless space
where physical time is run of clocks. Duration of an event is a result of experiencing its
measurement with a clock through the frame of psychological time &quot;past-present-future&quot; but
events happen exclusively in space.

   ]]> </description>
</item>
<item>
   <title><![CDATA[About Immediate Physical Phenomena and Space as a Direct Medium of Information]]></title>
   <link>http://viXra.org/abs/1006.0008</link>
   <pubDate>4 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0008v1<br/>
     <b>title:</b>     About Immediate Physical Phenomena and Space as a Direct Medium of Information<br/>
     <b>authors:</b>   Davide Fiscaletti<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 Jun 2010<br/>
     <b>abstract:</b>  
For several physical phenomena elapsed clock run t for them to happen is zero. These
events can be appropriately defined as &quot;immediate physical phenomena&quot; and support the
view that, at a fundamental level, time exists only as a run of clocks in a timeless space.
Immediate physical phenomena are carried directly by space which functions as a direct
information medium. The perspective is opened that the quanta of space that build quantum
space assume a crucial role as regards these phenomena.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Surmounting the Cartesian Cut: Torsion Fields, the Extended Photon, Quantum Jumps, the Klein Bottle, Multivalued Logic, the Time Operator Chronomes, Perception, Semiotics, Neurology and Cognition]]></title>
   <link>http://viXra.org/abs/1006.0007</link>
   <pubDate>3 Jun 2010</pubDate>
   <category>Mind Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0007v1<br/>
     <b>title:</b>     Surmounting the Cartesian Cut: Torsion Fields, the Extended Photon, Quantum Jumps, the Klein Bottle, Multivalued Logic, the Time Operator Chronomes, Perception, Semiotics, Neurology and Cognition<br/>
     <b>authors:</b>   Diego L. Rapoport<br/>
     <b>category:</b>  Mind Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 Jun 2010<br/>
     <b>abstract:</b>  
We present a conception that surmounts the Cartesian Cut -prevailing in science-based
on a representation of the fusion of the physical 'objective' and the 'subjective' realms.
We introduce a mathematical-physics and philosophical theory for the physical realm and
its mapping to the cognitive and perceptual realms and a philosophical reflection on the
bearings of this fusion in cosmology, cognitive sciences, human and natural systems and
its relations with a time operator and the existence of time cycles in Nature's and human
systems. This conception surges from the self-referential construction of spacetime through
torsion fields and its singularities; in particular the photon's self-referential character, basic
to the embodiment of cognition ; we shall elaborate this in detail in perception and neurology.

   ]]> </description>
</item>
<item>
   <title><![CDATA[It's my Lap to Run, But I am not the Best]]></title>
   <link>http://viXra.org/abs/1006.0006</link>
   <pubDate>3 Jun 2010</pubDate>
   <category>Religion and Spiritualism</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0006v1<br/>
     <b>title:</b>     It's my Lap to Run, But I am not the Best<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  Religion and Spiritualism<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 Jun 2010<br/>
     <b>abstract:</b>  
There comes a time in life when it's our turn to run the lap.
We are handed the baton in life's 4 x 100 meter relay. Perhaps
there are others who would do a better job, but they didn't
show up for the race.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Spacetime Deformations Theory]]></title>
   <link>http://viXra.org/abs/1006.0005</link>
   <pubDate>3 Jun 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0005v1<br/>
     <b>title:</b>     Spacetime Deformations Theory<br/>
     <b>authors:</b>   Jacek Safuta<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 Jun 2010<br/>
     <b>abstract:</b>  
The spacetime deformations theory unifies general relativity with quantum mechanics
i.e. unifies all interactions, answers the questions: why particles have mass and what
they are, answers the question: what is energy, unifies force fields and matter, implies
new theories like spacetime deformations evolution.
This is a theory of principle (universal theory delivering description of nature) and not
constructive theory (describing particular phenomenon using specific equations).
The theory is falsifiable, background independent (space has no fixed geometry), not
generating singularities or boundaries.
This is hard to believe but a belief has nothing to with it. The real intellectual challenge
is to falsify the theory.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Class of Orthohomological Triangles]]></title>
   <link>http://viXra.org/abs/1006.0004</link>
   <pubDate>3 Jun 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0004v1<br/>
     <b>title:</b>     A Class of Orthohomological Triangles<br/>
     <b>authors:</b>   Claudiu Coand&#259;, Florentin Smarandache, Ion P&#259;tra&#351;cu<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 Jun 2010<br/>
     <b>abstract:</b>  
In this article we propose to determine the triangles' class... (see paper for full abstract)
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Hyperbolic Menelaus Theorem in the Poincar&eacute; Disc Model of Hyperbolic Geometry]]></title>
   <link>http://viXra.org/abs/1006.0003</link>
   <pubDate>3 Jun 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0003v1<br/>
     <b>title:</b>     The Hyperbolic Menelaus Theorem in the Poincar&eacute; Disc Model of Hyperbolic Geometry<br/>
     <b>authors:</b>   Florentin Smarandache, Catalin Barbu<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 Jun 2010<br/>
     <b>abstract:</b>  
In this note, we present the hyperbolic Menelaus theorem in the
Poincar&eacute; disc of hyperbolic geometry.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Detector of Aether Operating on Transverse Doppler Effect]]></title>
   <link>http://viXra.org/abs/1006.0002</link>
   <pubDate>2 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0002v1<br/>
     <b>title:</b>     Detector of Aether Operating on Transverse Doppler Effect<br/>
     <b>authors:</b>   V.V. Demjanov<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Jun 2010<br/>
     <b>abstract:</b>  
Rotating the source of light around the point lying on the light's beam we can observe the 
transverse Doppler effect by a spectrometer located in the center of rotation. The anomalous shift of the
electromagnetic wave's frequency was found from this experiment (performed in 1969-1974 years)
that appeared to be much higher than anticipated from the standard relativistic expression taking
into account solely the linear velocity of rotation of the source in the laboratory. The interpretation
of the experimental observations admitting absolute motion of the Earth and respective accounting
for reality of the Lorentz contraction and time dilation enabled us to determine the speed of the
Earth relative to luminiferous aether. It appeared to be somewhat above 400 km/s that agrees well
with the value formerly found by me using three methods of determining the speed of &quot;aether wind&quot;
by Michelson-type interferometers thoroughly accounted for refractive indices of optical media.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (131)-(140)]]></title>
   <link>http://viXra.org/abs/1006.0001</link>
   <pubDate>2 Jun 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1006.0001v1<br/>
     <b>title:</b>     The New Prime Theorem (131)-(140)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 Jun 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (131)-(140) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Fractal Operators in Non-Equilibrium Field Theory]]></title>
   <link>http://viXra.org/abs/1005.0112</link>
   <pubDate>31 May 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0112v1<br/>
     <b>title:</b>     Fractal Operators in Non-Equilibrium Field Theory<br/>
     <b>authors:</b>   Ervin Goldfain<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      31 May 2010<br/>
     <b>abstract:</b>  
Relativistic quantum field theory (QFT) describes fundamental interactions between 
elementary particles occurring in an energy range up to several hundreds GeV. Extending 
QFT beyond this range needs to account for the imbalance produced by unsuppressed 
quantum fluctuations and for the emergence of non-equilibrium phase transitions. 
Our underlying premise is that fractal operators become mandatory tools when 
exploring evolution from low-energy physics to the non-equilibrium regime of QFT. 
Canonical quantization using fractal operators leads to the concept of &quot;complexon&quot;, 
a fractional extension of quantum excitations and a likely candidate for non-baryonic 
Dark Matter. A discussion on the duality between this new field-theoretic framework 
and General Relativity is included.
   ]]> </description>
</item>
<item>
   <title><![CDATA[M-Theory]]></title>
   <link>http://viXra.org/abs/1005.0111</link>
   <pubDate>30 May 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0111v1<br/>
     <b>title:</b>     M-Theory<br/>
     <b>authors:</b>   Min-Young Yun<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 May 2010<br/>
     <b>abstract:</b>  
The behavior of smallest unit that creating from superstring and quark is indeterminate, 
but can be described as one equation according to macroscopic-rules.
  
So, it is easy to understand in all ages and countries, at any times and places. 
Newborns speak out the easiest word 'Mom' at the first time they speaking, which Decided the title of the theory.

  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Zero Divisors]]></title>
   <link>http://viXra.org/abs/1005.0110</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0110v1<br/>
     <b>title:</b>     Smarandache Zero Divisors<br/>
     <b>authors:</b>   W.B.Vasantha Kandasamy<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper, we study the notion of Smarandache zero divisor in semigroups and rings.
We illustrate them with examples and prove some interesting results about them.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A New Equation for the Load Balance Scheduling Based on the Smarandache F-Inferior Part Function]]></title>
   <link>http://viXra.org/abs/1005.0109</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0109v1<br/>
     <b>title:</b>     A New Equation for the Load Balance Scheduling Based on the Smarandache F-Inferior Part Function<br/>
     <b>authors:</b>   Tatiana Tabirca, Sabin Tabirca<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
This article represents an extension of [Tabirca, 2000a]. A new
equation for upper bounds is obtained based on the Smarandache f-inferior part
function. An example involving upper diagonal matrices is given in order to
illustrate that the new equation provide a better computation.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Faster Than Light?]]></title>
   <link>http://viXra.org/abs/1005.0108</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0108v1<br/>
     <b>title:</b>     Faster Than Light?<br/>
     <b>authors:</b>   Felice Russo<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
The hypothesis formulated by Smarandache on the possibility that no
barriers exist in the Universe for an object to travel at any speed is here
shortly analyzed.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[On the Mean Value of the Additive Analogue of Smarandache Function]]></title>
   <link>http://viXra.org/abs/1005.0107</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0107v1<br/>
     <b>title:</b>     On the Mean Value of the Additive Analogue of Smarandache Function<br/>
     <b>authors:</b>   Yi Yuan, Zhang Wenpeng<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
see paper for abstract
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[An Introduction to the Smarandache Square Complementary Function]]></title>
   <link>http://viXra.org/abs/1005.0106</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0106v1<br/>
     <b>title:</b>     An Introduction to the Smarandache Square Complementary Function<br/>
     <b>authors:</b>   Felice Russo<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper the main properties of Smarandache Square Complementary
function has been analyzed. Several problems still unsolved are reported too.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Some New Results Concerning the Smarandache Ceil Function]]></title>
   <link>http://viXra.org/abs/1005.0105</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0105v1<br/>
     <b>title:</b>     Some New Results Concerning the Smarandache Ceil Function<br/>
     <b>authors:</b>   Sabin Tabirca, Tatiana Tabirca<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this article we present two new results concerning the Smarandache Ceil
function. The first result proposes an equation for the number of fixed-point number of
the Smarandache ceil function. Based on this result we prove that the average of the
Smarandache ceil function is &Theta;(n) .
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Factors and Primes in Two Smarandache Sequences]]></title>
   <link>http://viXra.org/abs/1005.0104</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0104v1<br/>
     <b>title:</b>     Factors and Primes in Two Smarandache Sequences<br/>
     <b>authors:</b>   Ralf W. Stephan<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
Using a personal computer and freely available software, the 
author factored some members of the Smarandache consecutive sequence and
the reverse Smarandache sequence. Nearly complete factorizations are given
up to Sm(80) and RSm(80). Both sequences were excessively searched for
prime members, with only one prime found up to Sm(840) and RSm(750):
RSm(82) = 828180...10987654321.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Neutrosophic Algebraic Structures]]></title>
   <link>http://viXra.org/abs/1005.0103</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0103v1<br/>
     <b>title:</b>     Smarandache Neutrosophic Algebraic Structures<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this book for the first time we introduce the notion of
Smarandache neutrosophic algebraic structures. Smarandache
algebraic structures had been introduced in a series of 10 books.
The study of Smarandache algebraic structures has caused a
shift of paradigm in the study of algebraic structures.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (45)-(70)]]></title>
   <link>http://viXra.org/abs/1005.0102</link>
   <pubDate>19 Jun 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0102v2<br/>
     <b>title:</b>     The New Prime Theorem (45)-(70)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      19 Jun 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (45)-(70) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (45)-(70)]]></title>
   <link>http://viXra.org/abs/1005.0102</link>
   <pubDate>29 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0102v1<br/>
     <b>title:</b>     The New Prime Theorem (45)-(70)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that the new prime theorems (45)-(70) contain infinitely many
prime solutions and no prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Energy Content of Gravitation as a Way to Quantify Both Entropy and Information Generation in the Early Universe]]></title>
   <link>http://viXra.org/abs/1005.0101</link>
   <pubDate>30 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0101v2<br/>
     <b>title:</b>     Energy Content of Gravitation as a Way to Quantify Both Entropy and Information Generation in the Early Universe<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      30 May 2010<br/>
     <b>abstract:</b>  
Based upon Alcubierre's formalism about energy flux of gravitational waves, as well as Saunder's
treatment of temperature dependence of the Hubble parameter in the early universe , we initiate a
particle count treatment of gravitons, and subsequent entropy generation which gives , via the
standard model treatment of the FRW metric a way to explain/ justify a value of entropy of the order
of S ~ 10<sup>6</sup> - 10<sup>7</sup> at the very onset of inflation.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Enery Content of Gravitation as a Way to Quantify Both Entropy and Information Generation in the Early Universe]]></title>
   <link>http://viXra.org/abs/1005.0101</link>
   <pubDate>28 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0101v1<br/>
     <b>title:</b>     Enery Content of Gravitation as a Way to Quantify Both Entropy and Information Generation in the Early Universe<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 May 2010<br/>
     <b>abstract:</b>  
Based upon Alcubierre's formalism about energy flux of gravitational waves, as well as Saunder's
treatment of temperature dependence of the Hubble parameter in the early universe , we initiate a
particle count treatment of gravitons, and subsequent entropy generation which gives , via the
standard model treatment of the FRW metric a way to explain/ justify a value of entropy of the order
of S ~ 10<sup>6</sup> - 10<sup>7</sup> at the very onset of inflation.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Mathematics is Physics]]></title>
   <link>http://viXra.org/abs/1005.0100</link>
   <pubDate>28 May 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0100v1<br/>
     <b>title:</b>     Mathematics is Physics<br/>
     <b>authors:</b>   Dainis Zeps<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 May 2010<br/>
     <b>abstract:</b>  
In series of articles we continue to advance idea that mathematics and physics is the same.
We bring forward two basic assumptions as principles. First is the primacy of life as
opposed to dominating reductionism, and second - immaturity of epistemology. Second
principle says that we have reached stage of epistemology where we have stepped outside
simple perceptibility only on level of individuality (since Aristotle) but not on level of
collective mind. The last stage have reached only most of religious teachings but not
physical science that is still under oppressive influence of reductionism. This causes that
what we call research in physical science turns out to be simply instrumental improvement
of perception within visional confinement we call field of information. We discuss and try
to apply principle that within field of information we can't invent or discover anything that
doesn't existing.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Learning to Cooperate for Progress in Physics]]></title>
   <link>http://viXra.org/abs/1005.0099</link>
   <pubDate>26 May 2010</pubDate>
   <category>Mind Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0099v1<br/>
     <b>title:</b>     Learning to Cooperate for Progress in Physics<br/>
     <b>authors:</b>   Jonathan J. Dickau<br/>
     <b>category:</b>  Mind Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 May 2010<br/>
     <b>abstract:</b>  
At the 10<sup>th</sup> Frontiers of Fundamental Physics symposium, Gerard 't Hooft stated that, for some of 
the advances we hope to see in Physics in the future, there must be a great deal of cooperation 
between researchers from different disciplines, as well as mathematicians, programmers, technologists, 
and others. Accomplishing this requires a new mindset; however, as so much of our past progress 
has come out of a fiercely competitive process - especially since a critical review of our ideas 
about reality remains an essential part of making progress and checking our progress. We must also 
address the fact that some frameworks appear incompatible, as with relativity and quantum mechanics, 
which remain at odds despite years of attempts to find a quantum gravity theory. I explore the idea 
that playful exploration, using both left-brained and right-brained approaches to learning, allows 
resolution of conflicting ideas by taking advantage of our innate developmental strategies. It may 
thus foster the kind of interdisciplinary cooperation we are hoping to see.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Block Universe]]></title>
   <link>http://viXra.org/abs/1005.0098</link>
   <pubDate>26 May 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0098v1<br/>
     <b>title:</b>     Block Universe<br/>
     <b>authors:</b>   Amrit S. Sorli<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 May 2010<br/>
     <b>abstract:</b>  
According to the formalism d = v*t fourth dimension of space-time X<sub>4</sub> = i*c*t is spatial
too. Time is not a fourth dimension of space-time. Material change i.e. motion run in a
timeless space. Fundamental unit of numeric order t<sub>0</sub>,t<sub>1</sub>,t<sub>2</sub>,...,t<sub>n</sub> of material change is Planck
time t<sub>p</sub> . We measure numeric order of material change with clocks. Material change t<sub>n-1</sub> is
&quot;before&quot; material change t<sub>n</sub> equivalently as natural number n-1 is &quot;before&quot; natural
number n. Numeric order of material change runs in a timeless 4D space and has no
duration. Space-time is a timeless phenomenon.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Brief and Elementary Note on Redshift]]></title>
   <link>http://viXra.org/abs/1005.0097</link>
   <pubDate>28 May 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0097v2<br/>
     <b>title:</b>     A Brief and Elementary Note on Redshift<br/>
     <b>authors:</b>   Jos&eacute Francisco Garc&iacutea Juli&aacute<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      28 May 2010<br/>
     <b>abstract:</b>  
A reasonable explanation of both redshifts: cosmological (without expansion of the
universe) and intrinsic, is given using a single tired light mechanism. In the first case,
the redshift is produced because the light interacts with microwaves. In the second, the
interaction is with radio waves. And all this is compatible with a static universe with a
space temperature of 2.7 <sup>o</sup>K.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Brief and Elementary Note on Redshift]]></title>
   <link>http://viXra.org/abs/1005.0097</link>
   <pubDate>26 May 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0097v1<br/>
     <b>title:</b>     A Brief and Elementary Note on Redshift<br/>
     <b>authors:</b>   Jos&eacute Francisco Garc&iacutea Juli&aacute<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      26 May 2010<br/>
     <b>abstract:</b>  
A reasonable explanation of both redshifts: cosmological (without expansion of the
universe) and intrinsic, is given using a single tired light mechanism. In the first case,
the redshift is produced because the light interacts with microwaves. In the second, the
interaction is with radio waves. And all this is compatible with a static universe with a
space temperature of 2.7 <sup>o</sup>K.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Sieve Method of the Number of Solutions of Goldbach Conjecture (A)]]></title>
   <link>http://viXra.org/abs/1005.0096</link>
   <pubDate>24 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0096v1<br/>
     <b>title:</b>     The Sieve Method of the Number of Solutions of Goldbach Conjecture (A)<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 May 2010<br/>
     <b>abstract:</b>  
We can find all solutions of Goldbach conjecture (A) ling in the closed 
interval [pr+1, N-pr-1], and we can obtain expression of the number of solutions of 
Goldbach conjecture (A).
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Mapping Penrose-Rindler Null Tetrads to the Advanced and Retarded Wheeler-Feynman-Aharonov Destiny &amp; History Null Tetrads]]></title>
   <link>http://viXra.org/abs/1005.0095</link>
   <pubDate>25 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0095v2<br/>
     <b>title:</b>     Mapping Penrose-Rindler Null Tetrads to the Advanced and Retarded Wheeler-Feynman-Aharonov Destiny &amp; History Null Tetrads<br/>
     <b>authors:</b>   Jack Sarfatti<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      25 May 2010<br/>
     <b>abstract:</b>  
This is a short mathematical note clarifying the use of Cramer's Transactional
Interpretation in the Spinor Qubit Pre-Geometry of Wheeler's IT FROM BIT.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Mapping Penrose-Rindler Null Tetrads to the Advanced and Retarded Wheeler-Feynman-Aharonov Destiny &amp; History Null Tetrads]]></title>
   <link>http://viXra.org/abs/1005.0095</link>
   <pubDate>24 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0095v1<br/>
     <b>title:</b>     Mapping Penrose-Rindler Null Tetrads to the Advanced and Retarded Wheeler-Feynman-Aharonov Destiny &amp; History Null Tetrads<br/>
     <b>authors:</b>   Jack Sarfatti<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      24 May 2010<br/>
     <b>abstract:</b>  
This is a short mathematical note clarifying the use of Cramer's Transactional
Interpretation in the Spinor Qubit Pre-Geometry of Wheeler's IT FROM BIT.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Quantum Smarandache Paradoxes]]></title>
   <link>http://viXra.org/abs/1005.0094</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0094v1<br/>
     <b>title:</b>     Quantum Smarandache Paradoxes<br/>
     <b>authors:</b>   Gheorghe Niculescu<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper one presents four of the smarandacheian paradoxes in physics
found in various physics sites or printed material.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Hypothesis: Evidences, Implications and Applications]]></title>
   <link>http://viXra.org/abs/1005.0093</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0093v1<br/>
     <b>title:</b>     Smarandache Hypothesis: Evidences, Implications and Applications<br/>
     <b>authors:</b>   Leonardo F. D. da Motta<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In 1972, Smarandache proposed that there is not a limit speed on the
nature, based on the EPR-Bell (Einstein, Podolsky, Rosen, Bell) paradox. Although it
appears that this paradox was solved recently, there are many other evidences that guide
us to believe that Smarandache Hypothesis is right on quantum mechanics and even on
the new unification theories. If Smarandache Hypothesis turns to be right under any
circumstance, some concepts of modern physics would have to be "refit" to agree with
Smarandache Hypothesis. Moreover, when the meaning of Smarandache Hypothesis
become completely understood, a revolution on technology, specially in communication,
will arise.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Seven Conjectures in Geometry and Number Theory]]></title>
   <link>http://viXra.org/abs/1005.0092</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0092v1<br/>
     <b>title:</b>     Seven Conjectures in Geometry and Number Theory<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this short paper we propose four conjectures in synthetic geometry that generalize
Erdos-Mordell Theorem, and three conjectures in number theory that generalize Fermat
Numbers.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Relativity of Time. the Time of the Relativity]]></title>
   <link>http://viXra.org/abs/1005.0091</link>
   <pubDate>22 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0091v1<br/>
     <b>title:</b>     The Relativity of Time. the Time of the Relativity<br/>
     <b>authors:</b>   Xavier Terri Casta&ntilde;&eacute;<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      22 May 2010<br/>
     <b>abstract:</b>  
Demonstration without mathematical formulas of the theory of special and general relativity of Einstein is false.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Pervasive Electric Field in the Heliosphere (Part II)]]></title>
   <link>http://viXra.org/abs/1005.0090</link>
   <pubDate>24 May 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0090v2<br/>
     <b>title:</b>     A Pervasive Electric Field in the Heliosphere (Part II)<br/>
     <b>authors:</b>   Henry D. May<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      24 May 2010<br/>
     <b>abstract:</b>  
Abstract - In Part I of this paper [1] it is proposed that a static electric potential of about +800 MV
is present in the heliosphere, sustained by the continual inflow of galactic cosmic ray (GCR) protons.
Charge neutralization cannot occur because the solar wind and electromagnetic fields allow more
GCR protons than GCR electrons to pass through the termination shock (TS) into the heliosphere.
The result is a quasi-static electric field, at dynamic equilibrium, inside the heliosphere. This paper
adds some important details that were not included in Part 1, suggests a new explanation for the
Pioneer Anomaly, and makes some clarifications.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Pervasive Electric Field in the Heliosphere (Part II)]]></title>
   <link>http://viXra.org/abs/1005.0090</link>
   <pubDate>21 May 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0090v1<br/>
     <b>title:</b>     A Pervasive Electric Field in the Heliosphere (Part II)<br/>
     <b>authors:</b>   Henry D. May<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
Abstract - In Part I of this paper [1] it is proposed that a static electric potential of about +800 MV
is present in the heliosphere, sustained by the continual inflow of galactic cosmic ray (GCR) protons.
Charge neutralization cannot occur because the solar wind and electromagnetic fields allow more
GCR protons than GCR electrons to pass through the termination shock (TS) into the heliosphere.
The result is a quasi-static electric field, at dynamic equilibrium, inside the heliosphere. This paper
adds some important details that were not included in Part 1, suggests a new explanation for the
Pioneer Anomaly, and makes some clarifications.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Where Does Universal Expansion Equal Gravitational Attraction?]]></title>
   <link>http://viXra.org/abs/1005.0089</link>
   <pubDate>24 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0089v2<br/>
     <b>title:</b>     Where Does Universal Expansion Equal Gravitational Attraction?<br/>
     <b>authors:</b>   Chris O'Loughlin<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      24 Jun 2010<br/>
     <b>abstract:</b>  
A comparison of the attractive motion experienced by masses due to gravitational interaction 
over relatively short distances with the recessional motion of masses at relatively large 
distances (that adhere to the velocity increases described by Hubble's v = Hr relation) is 
presented to demonstrate the similarities between the two motions. Based on the similarities 
of the two motions, and the observation that gravitational acceleration decreases as distance 
increases while recessional acceleration decreases as distance decreases the distance at 
which the two accelerations are equal in magnitude but in opposite directions resulting in 
zero net acceleration is calculated and compared to similar results provided by Chernin et 
al. [1]. The summation of the attractive gravitational acceleration and the recessional 
acceleration is presented and plotted depicting a smooth, continuous transition from 
gravitational attraction to universal expansion. The underlying cause of these accelerations 
is not addressed.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Where Does Universal Expansion Equal Gravitational Attraction?]]></title>
   <link>http://viXra.org/abs/1005.0089</link>
   <pubDate>21 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0089v1<br/>
     <b>title:</b>     Where Does Universal Expansion Equal Gravitational Attraction?<br/>
     <b>authors:</b>   Chris O'Loughlin<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
A comparison of the attractive motion experienced by masses due to gravitational interaction over
relatively short distances with the recessional motion of masses at relatively large distances (that adhere to
the velocity increases described by Hubble's v = Hr relation) is presented to demonstrate the similarities
between the two motions. Based on the similarities of the two motions, and the observation that
gravitational acceleration decreases as distance increases while recessional acceleration decreases as
distance decreases the distance at which the two accelerations are equal in magnitude but in opposite
directions resulting in zero net acceleration is calculated and compared to similar results provided by
Chernin et al. [1]. The summation of the attractive gravitational acceleration and the recessional
acceleration is presented and plotted depicting a smooth, continuous transition from gravitational attraction
to universal expansion. The underlying cause of these accelerations is not addressed.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (44)]]></title>
   <link>http://viXra.org/abs/1005.0088</link>
   <pubDate>21 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0088v1<br/>
     <b>title:</b>     The New Prime Theorem (44)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function J<sub>2</sub>(&omega;) we prove that jP<sup>n</sup> + 9 - j contain infinitely many prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (43)]]></title>
   <link>http://viXra.org/abs/1005.0087</link>
   <pubDate>21 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0087v1<br/>
     <b>title:</b>     The New Prime Theorem (43)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that jP<sup>8</sup> + k - j contain infinitely many prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (42)]]></title>
   <link>http://viXra.org/abs/1005.0086</link>
   <pubDate>21 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0086v1<br/>
     <b>title:</b>     The New Prime Theorem (42)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that jP<sup>7</sup> + k - j contain infinitely many prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (41)]]></title>
   <link>http://viXra.org/abs/1005.0085</link>
   <pubDate>21 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0085v1<br/>
     <b>title:</b>     The New Prime Theorem (41)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that jP<sup>6</sup> + k - j contain infinitely many prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (40)]]></title>
   <link>http://viXra.org/abs/1005.0084</link>
   <pubDate>21 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0084v1<br/>
     <b>title:</b>     The New Prime Theorem (40)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that jP<sup>5</sup> + k - j contain infinitely many prime solutions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (39)]]></title>
   <link>http://viXra.org/abs/1005.0083</link>
   <pubDate>21 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0083v1<br/>
     <b>title:</b>     The New Prime Theorem (39)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that if J<sub>2</sub>(&omega;) &ne; 0 then there are infinitely many primes P
such that each of jP<sup>4</sup> + k - j is a prime, J<sub>2</sub>(&omega;) = 0 then there are finite primes P such
that each of jP<sup>4</sup> + k - j is a prime.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Infinite Smarandache Groupoids]]></title>
   <link>http://viXra.org/abs/1005.0082</link>
   <pubDate>21 May 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0082v1<br/>
     <b>title:</b>     Infinite Smarandache Groupoids<br/>
     <b>authors:</b>   A.K.S. Chandra Sekhar Rao<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      21 May 2010<br/>
     <b>abstract:</b>  
It is proved that there are infinitely many infinite Smarandache Groupoids.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Evaporation of Common Sense]]></title>
   <link>http://viXra.org/abs/1005.0081</link>
   <pubDate>25 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0081v2<br/>
     <b>title:</b>     The Evaporation of Common Sense<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      25 May 2010<br/>
     <b>abstract:</b>  
Common sense left the human mind a hundred years ago.
It was forced out by relativity theory. This wildly imaginative
work of fiction displaced all the logic humankind had labored
so long to establish. People loved it. They were set free of the
constraints of disciplined thought. But today we have a problem:
relativity and all it has sprouted has taken us down a blind alley.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Evaporation of Common Sense]]></title>
   <link>http://viXra.org/abs/1005.0081</link>
   <pubDate>20 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0081v1<br/>
     <b>title:</b>     The Evaporation of Common Sense<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 May 2010<br/>
     <b>abstract:</b>  
Common sense left the human mind a hundred years ago.
It was forced out by relativity theory. This wildly imaginative
work of fiction displaced all the logic humankind had labored
so long to establish. People loved it. They were set free of the
constraints of disciplined thought. But today we have a problem:
relativity and all it has sprouted has taken us down a blind alley.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Multi-Criteria Decision Making Based on DSmT-Ahp]]></title>
   <link>http://viXra.org/abs/1005.0080</link>
   <pubDate>20 May 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0080v1<br/>
     <b>title:</b>     Multi-Criteria Decision Making Based on DSmT-Ahp<br/>
     <b>authors:</b>   Jean Dezert, Jean-Marc Tacnet, Mireille Batton-Hubert, Florentin Smarandache<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 May 2010<br/>
     <b>abstract:</b>  
In this paper, we present an extension of the multicriteria
decision making based on the Analytic Hierarchy Process
(AHP) which incorporates uncertain knowledge matrices for
generating basic belief assignments (bba's). The combination of
priority vectors corresponding to bba's related to each 
(sub)-criterion is performed using the Proportional Conflict Redistribution
rule no. 5 proposed in Dezert-Smarandache Theory (DSmT)
of plausible and paradoxical reasoning. The method presented
here, called DSmT-AHP, is illustrated on very simple examples.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Non Bayesian Conditioning and Deconditioning]]></title>
   <link>http://viXra.org/abs/1005.0079</link>
   <pubDate>20 May 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0079v1<br/>
     <b>title:</b>     Non Bayesian Conditioning and Deconditioning<br/>
     <b>authors:</b>   Jean Dezert, Florentin Smarandache<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 May 2010<br/>
     <b>abstract:</b>  
In this paper, we present a Non-Bayesian conditioning
rule for belief revision. This rule is truly Non-Bayesian in
the sense that it doesn't satisfy the common adopted principle
that when a prior belief is Bayesian, after conditioning by X,
Bel(X|X) must be equal to one. Our new conditioning rule for
belief revision is based on the proportional conflict redistribution
rule of combination developed in DSmT (Dezert-Smarandache
Theory) which abandons Bayes' conditioning principle. Such
Non-Bayesian conditioning allows to take into account judiciously
the level of conflict between the prior belief available and
the conditional evidence. We also introduce the deconditioning
problem and show that this problem admits a unique solution
in the case of Bayesian prior; a solution which is not possible
to obtain when classical Shafer and Bayes conditioning rules are
used. Several simple examples are also presented to compare
the results between this new Non-Bayesian conditioning and the
classical one.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[An Experimental Evidence of Energy Non-Conservation]]></title>
   <link>http://viXra.org/abs/1005.0078</link>
   <pubDate>20 May 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0078v1<br/>
     <b>title:</b>     An Experimental Evidence of Energy Non-Conservation<br/>
     <b>authors:</b>   Yu Liang, Qichang Liang, Xiaodong Liu<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      20 May 2010<br/>
     <b>abstract:</b>  
According to Maxwell's theory, the displacement current in vacuum can produce
electromotive force on conducting current. However, the displacement current in
vacuum does not experience electromotive force from conducting current. The
asymmetrical electromotive forces result in non-conserved energy transmission between
any two coils involving displacement current and conducting current. In this work, we
designed and performed the measurements for such effect. We observed the explicit
evidences of non-conserved energy transmission between a toroid solenoid and a
parallel plate capacitor. The measured energy increase is well predicted by the
numerical estimation.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Fusion of Masses Defined on Infinite Countable Frames of Discernment]]></title>
   <link>http://viXra.org/abs/1005.0077</link>
   <pubDate>19 May 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0077v1<br/>
     <b>title:</b>     Fusion of Masses Defined on Infinite Countable Frames of Discernment<br/>
     <b>authors:</b>   Florentin Smarandache, Arnaud Martin<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 May 2010<br/>
     <b>abstract:</b>  
In this paper we introduce for the first time the fusion of information on infinite discrete frames
of discernment and we give general results of the fusion of two such masses using the
Dempster's rule and the PCR5 rule for Bayesian and non-Bayesian cases.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Degree of Uncertainty of a Set and of a Mass]]></title>
   <link>http://viXra.org/abs/1005.0076</link>
   <pubDate>19 May 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0076v1<br/>
     <b>title:</b>     Degree of Uncertainty of a Set and of a Mass<br/>
     <b>authors:</b>   Florentin Smarandache, Arnaud Martin<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 May 2010<br/>
     <b>abstract:</b>  
In this paper we use extend Harley's measure of uncertainty of a set and of mass to the degree of
uncertainty of a set and of a mass (bba).
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Theory of Distributions Applied to Divergent Integrals of the Form (See Paper for Equation)]]></title>
   <link>http://viXra.org/abs/1005.0075</link>
   <pubDate>19 May 2010</pubDate>
   <category>Functions and Analysis</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0075v1<br/>
     <b>title:</b>     The Theory of Distributions Applied to Divergent Integrals of the Form (See Paper for Equation)<br/>
     <b>authors:</b>   Jose Javier Garcia Moreta<br/>
     <b>category:</b>  Functions and Analysis<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      19 May 2010<br/>
     <b>abstract:</b>  
In this paper we review some results on the regularization of divergent integrals of
the form ... (see paper for full abstract)
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Relating the Physical Structure and Properties of Quantum Space-Time to Elementary Particles, Gravity, and Relativistic Phenomena]]></title>
   <link>http://viXra.org/abs/1005.0074</link>
   <pubDate>16 Aug 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0074v3<br/>
     <b>title:</b>     Relating the Physical Structure and Properties of Quantum Space-Time to Elementary Particles, Gravity, and Relativistic Phenomena<br/>
     <b>authors:</b>   Gary Heen<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      16 Aug 2010<br/>
     <b>abstract:</b>  
Modern theory states that matter and energy in their most basic form exist in
discrete amounts, or quanta. The author proffers that space-time also exists as discrete quanta,
and derives a physical model of space-time and elementary particles. The hypothesis for this
space-time model is that the quanta for matter and space-time are convertible states of the same
elementary building block: the quantum mass unit.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Relating the Physical Structure and Properties of Quantum Space-Time to Elementary Particles, Gravity, and Relativistic Phenomena]]></title>
   <link>http://viXra.org/abs/1005.0074</link>
   <pubDate>23 May 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0074v2<br/>
     <b>title:</b>     Relating the Physical Structure and Properties of Quantum Space-Time to Elementary Particles, Gravity, and Relativistic Phenomena<br/>
     <b>authors:</b>   Gary Heen<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      23 May 2010<br/>
     <b>abstract:</b>  
Modern theory states that matter and energy in their most basic form exist in discrete amounts, 
or quanta. The author proffers that space-time also exists as discrete quanta, and derives a 
physical model of space-time and elementary particles. The hypothesis for this space-time model 
is that the quanta for matter and space-time are convertible states of the same elementary 
building block: the quantum mass unit.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Relating the Physical Structure and Properties of Quantum Space-Time to Elementary Particles, Gravity, and Relativistic Phenomena]]></title>
   <link>http://viXra.org/abs/1005.0074</link>
   <pubDate>18 May 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0074v1<br/>
     <b>title:</b>     Relating the Physical Structure and Properties of Quantum Space-Time to Elementary Particles, Gravity, and Relativistic Phenomena<br/>
     <b>authors:</b>   Gary Heen<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      18 May 2010<br/>
     <b>abstract:</b>  
Modern theory states that matter and energy in their most basic form exist in discrete amounts, 
or quanta. The author proffers that space-time also exists as discrete quanta, and derives a 
physical model of space-time and elementary particles. The hypothesis for this space-time model 
is that the quanta for matter and space-time are convertible states of the same elementary 
building block: the quantum mass unit.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Relativistic Effects of Relative Velocity of Material Change Start Above Photon Scale]]></title>
   <link>http://viXra.org/abs/1005.0073</link>
   <pubDate>24 May 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0073v3<br/>
     <b>title:</b>     Relativistic Effects of Relative Velocity of Material Change Start Above Photon Scale<br/>
     <b>authors:</b>   Amrit S. Sorli<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      24 May 2010<br/>
     <b>abstract:</b>  
Constancy of the light velocity in different inertial systems and areas of space with different
gravity implies that relativistic effects of relative velocity of material change start on the scale
above photon.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Relativistic Effects of Relative Velocity of Material Change Start Above Photon Scale]]></title>
   <link>http://viXra.org/abs/1005.0073</link>
   <pubDate>22 May 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0073v2<br/>
     <b>title:</b>     Relativistic Effects of Relative Velocity of Material Change Start Above Photon Scale<br/>
     <b>authors:</b>   Amrit S. Sorli<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      22 May 2010<br/>
     <b>abstract:</b>  
Constancy of the light velocity in different inertial systems and areas of space with different
gravity implies that relativistic effects of relative velocity of material change start on the scale
above photon.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Relativistic Gravitational Effects Start Above Photon Scale]]></title>
   <link>http://viXra.org/abs/1005.0073</link>
   <pubDate>18 May 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0073v1<br/>
     <b>title:</b>     Relativistic Gravitational Effects Start Above Photon Scale<br/>
     <b>authors:</b>   Amrit S. Sorli<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      18 May 2010<br/>
     <b>abstract:</b>  
Constancy of the light velocity in areas of space with different gravity implies that relativistic
gravitational effects start on the scale above photon. At the photon scale and below physical
phenomena have no relativistic gravitational effects.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Basis of Quantum Mechanics' Compatibility with Relativity Whose Impairment Gives Rise to the Klein-Gordon and Dirac Equations]]></title>
   <link>http://viXra.org/abs/1005.0072</link>
   <pubDate>23 May 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0072v2<br/>
     <b>title:</b>     The Basis of Quantum Mechanics' Compatibility with Relativity Whose Impairment Gives Rise to the Klein-Gordon and Dirac Equations<br/>
     <b>authors:</b>   Steven Kenneth Kauffmann<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      23 May 2010<br/>
     <b>abstract:</b>  
Solitary-particle quantum mechanics' inherent compatibility with special relativity is implicit in Schr&ouml;dinger's
postulated wave-function rule for the operator quantization of the particle's canonical threemomentum,
taken together with his famed time-dependent wave-function equation that analogously treats
the operator quantization of its Hamiltonian. The resulting formally four-vector equation system assures
proper relativistic covariance for any solitary-particle Hamiltonian operator which, together with its canonical
three-momentum operator, is a Lorentz-covariant four-vector operator. This, of course, is always the
case for the quantization of the Hamiltonian of a properly relativistic classical theory, so the strong correspondence
principle definitely remains valid in the relativistic domain. Klein-Gordon theory impairs this
four-vector equation by iterating and contracting it, thereby injecting extraneous negative-energy solutions
that are not orthogonal to their positive-energy counterparts of the same momentum, thus destroying the
basis of the quantum probability interpretation. Klein-Gordon theory, which thus depends on the square
of the Hamiltonian operator, is as well thereby cut adrift from Heisenberg's equations of motion. Dirac
theory confuses the space-time symmetry of the four-vector equation system with such symmetry for its
time component alone, which it fatuously imposes, thereby breaching the strong correspondence principle
for the free particle and imposing the starkly unphysical momentum-independence of velocity. Physically
sensible alternatives, with external electromagnetic fields, to the Klein-Gordon and Dirac equations are
derived, and the simple, elegant symmetry-based approach to antiparticles is pointed out.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Basis of Quantum Mechanics' Compatibility with Relativity Whose Impairment Gives Rise to the Klein-Gordon and Dirac Equations]]></title>
   <link>http://viXra.org/abs/1005.0072</link>
   <pubDate>18 May 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0072v1<br/>
     <b>title:</b>     The Basis of Quantum Mechanics' Compatibility with Relativity Whose Impairment Gives Rise to the Klein-Gordon and Dirac Equations<br/>
     <b>authors:</b>   Steven Kenneth Kauffmann<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      18 May 2010<br/>
     <b>abstract:</b>  
Solitary-particle quantum mechanics' inherent compatibility with special relativity is implicit in Schr&ouml;dinger's
postulated wave-function rule for the operator quantization of the particle's canonical threemomentum,
taken together with his famed time-dependent wave-function equation that analogously treats
the operator quantization of its Hamiltonian. The resulting formally four-vector equation system assures
proper relativistic covariance for any solitary-particle Hamiltonian operator which, together with its canonical
three-momentum operator, is a Lorentz-covariant four-vector operator. This, of course, is always the
case for the quantization of the Hamiltonian of a properly relativistic classical theory, so the strong correspondence
principle definitely remains valid in the relativistic domain. Klein-Gordon theory impairs this
four-vector equation by iterating and contracting it, thereby injecting extraneous negative-energy solutions
that are not orthogonal to their positive-energy counterparts of the same momentum, thus destroying the
basis of the quantum probability interpretation. Klein-Gordon theory, which thus depends on the square
of the Hamiltonian operator, is as well thereby cut adrift from Heisenberg's equations of motion. Dirac
theory confuses the space-time symmetry of the four-vector equation system with such symmetry for its
time component alone, which it fatuously imposes, thereby breaching the strong correspondence principle
for the free particle and imposing the starkly unphysical momentum-independence of velocity. Physically
sensible alternatives, with external electromagnetic fields, to the Klein-Gordon and Dirac equations are
derived, and the simple, elegant symmetry-based approach to antiparticles is pointed out.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Product of Distributions and Zeta Regularization of Divergent Integrals &int; X<sup>m-S</sup>dx and Fourier Transforms]]></title>
   <link>http://viXra.org/abs/1005.0071</link>
   <pubDate>17 May 2010</pubDate>
   <category>Functions and Analysis</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0071v1<br/>
     <b>title:</b>     Product of Distributions and Zeta Regularization of Divergent Integrals &int; X<sup>m-S</sup>dx and Fourier Transforms<br/>
     <b>authors:</b>   Jose Javier Garcia Moreta<br/>
     <b>category:</b>  Functions and Analysis<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      17 May 2010<br/>
     <b>abstract:</b>  
Using the theory of distributions and Zeta regularization we manage to give
a definition of product for Dirac delta distributions, we show how the fact of one can be
define a coherent and finite product of dDirac delta distributions is related to the
regularization of divergent integrals ... (see paper for full abstract)
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Set Linear Algebra and Set Fuzzy Linear Algebra]]></title>
   <link>http://viXra.org/abs/1005.0070</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0070v1<br/>
     <b>title:</b>     Set Linear Algebra and Set Fuzzy Linear Algebra<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, K Ilanthenral<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this book, the authors define the new notion of set vector
spaces which is the most generalized form of vector spaces. Set
vector spaces make use of the least number of algebraic
operations, therefore, even a non-mathematician is comfortable
working with it. It is with the passage of time, that we can think
of set linear algebras as a paradigm shift from linear algebras.
Here, the authors have also given the fuzzy parallels of these
new classes of set linear algebras.
This book abounds with examples to enable the reader to
understand these new concepts easily. Laborious theorems and
proofs are avoided to make this book approachable for nonmathematicians.
The concepts introduced in this book can be easily put to
use by coding theorists, cryptologists, computer scientists, and
socio-scientists.
Another special feature of this book is the final chapter
containing 304 problems. The authors have suggested so many
problems to make the students and researchers obtain a better
grasp of the subject.
This book is divided into seven chapters. The first chapter
briefly recalls some of the basic concepts in order to make this
book self-contained. Chapter two introduces the notion of set
vector spaces which is the most generalized concept of vector
spaces. Set vector spaces lends itself to define new classes of
vector spaces like semigroup vector spaces and group vector
6
spaces. These are also generalization of vector spaces. The
fuzzy analogue of these concepts are given in Chapter three.
In Chapter four, set vector spaces are generalized to biset
bivector spaces and not set vector spaces. This is done taking
into account the advanced information technology age in which
we live. As mathematicians, we have to realize that our
computer-dominated world needs special types of sets and
algebraic structures.
Set n-vector spaces and their generalizations are carried out
in Chapter five. Fuzzy n-set vector spaces are introduced in the
sixth chapter. The seventh chapter suggests more than three
hundred problems. When a researcher sets forth to solve them,
she/he will certainly gain a deeper understanding of these new
notions.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Semirings and Semifields]]></title>
   <link>http://viXra.org/abs/1005.0069</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0069v1<br/>
     <b>title:</b>     Smarandache Semirings and Semifields<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we study the notion of Smarandache
semirings and semifields and obtain some interesting results
about them. We show that not every semiring is a Smarandache
semiring. We similarly prove that not every semifield is a
Smarandache semifield. We give several examples to make the
concept lucid. Further, we propose an open problem about the
existence of Smarandache semiring S of finite order.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Randomness and Optimal Estimation in Data Sampling]]></title>
   <link>http://viXra.org/abs/1005.0068</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0068v1<br/>
     <b>title:</b>     Randomness and Optimal Estimation in Data Sampling<br/>
     <b>authors:</b>   M. Khoshnevisan, S. Saxena, H. P. Singh, S. Singh, Florentin Smarandache<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
The purpose of this book is to postulate some theories and test them numerically.
Estimation is often a difficult task and it has wide application in social sciences and
financial market. In order to obtain the optimum efficiency for some classes of
estimators, we have devoted this book into three specialized sections.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Smarandache P and S Persistence of a Prime]]></title>
   <link>http://viXra.org/abs/1005.0067</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0067v1<br/>
     <b>title:</b>     The Smarandache P and S Persistence of a Prime<br/>
     <b>authors:</b>   Felice Russo<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
The Smarandache P and S persistence of a prime
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Relativistic Mass Macrobodies]]></title>
   <link>http://viXra.org/abs/1005.0066</link>
   <pubDate>16 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0066v1<br/>
     <b>title:</b>     Relativistic Mass Macrobodies<br/>
     <b>authors:</b>   Vladislav Konovalov<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      16 May 2010<br/>
     <b>abstract:</b>  
The relativistic growth of mass macrobodies differs from microparticles

   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Pseudo-Ideals]]></title>
   <link>http://viXra.org/abs/1005.0065</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0065v1<br/>
     <b>title:</b>     Smarandache Pseudo-Ideals<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we study the Smarandache pseudo-ideals of a Smarandache ring. We
prove every ideal is a Smarandache pseudo-ideal in a Smarandache ring but every
Smarandache pseudo-ideal in general is not an ideal. Further we show that every
polynomial ring over a field and group rings FG of the group G over any field are
Smarandache rings. We pose some interesting problems about them.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Santilli's Isoprime Theory]]></title>
   <link>http://viXra.org/abs/1005.0064</link>
   <pubDate>15 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0064v1<br/>
     <b>title:</b>     Santilli's Isoprime Theory<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      15 May 2010<br/>
     <b>abstract:</b>  
We establish the Santilli's isomathematics based on the generalization of the modern mathematics.
(see paper for rest of abstract with equations)

   ]]> </description>
</item>
<item>
   <title><![CDATA[On Planetary Electromagnetism and Gravity]]></title>
   <link>http://viXra.org/abs/1005.0063</link>
   <pubDate>17 Jun 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0063v4<br/>
     <b>title:</b>     On Planetary Electromagnetism and Gravity<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      17 Jun 2010<br/>
     <b>abstract:</b>  
Study of the interiors of the various terrestrial planets, as presented in the
paper, leads to the possibility of planetary gravity being linked to the
electromagnetism generated in the planetary interiors. Findings of the study
undertaken suggest that Earth's gravitational attraction may be attributed to
magnetic coupling experienced between Earth's electromagnetism and all the
earthly objects - electrically charged or uncharged. More precisely, terrestrial
gravity is deemed to be outcome of the bound state of the planetary
electromagnetism.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On Planetary Electromagnetism and Gravity]]></title>
   <link>http://viXra.org/abs/1005.0063</link>
   <pubDate>8 Jun 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0063v3<br/>
     <b>title:</b>     On Planetary Electromagnetism and Gravity<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      8 Jun 2010<br/>
     <b>abstract:</b>  
Study of the interiors of the various terrestrial planets, as presented in the paper, 
leads to the possibility of planetary gravity being linked to the electromagnetism generated 
in the planetary interiors. Findings of the study undertaken suggest that Earth's 
gravitational attraction may be attributed to magnetic coupling experienced between Earth's 
electromagnetism and all the earthly objects - electrically charged or uncharged. More precisely, 
terrestrial gravity is deemed to be outcome of the bound state of the planetary electromagnetism.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On Planetary Electromagnetism and Gravity]]></title>
   <link>http://viXra.org/abs/1005.0063</link>
   <pubDate>7 Jun 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0063v2<br/>
     <b>title:</b>     On Planetary Electromagnetism and Gravity<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      7 Jun 2010<br/>
     <b>abstract:</b>  
Study of the interiors of the various terrestrial planets, as presented in the paper, 
leads to the possibility of planetary gravity being linked to the electromagnetism generated 
in the planetary interiors. Findings of the study undertaken suggest that earth's 
gravitational attraction may be attributed to magnetic coupling experienced between earth's 
electromagnetism and all the earthly objects - electrically charged or uncharged. More precisely, 
terrestrial gravity is deemed to be outcome of the bound state of the planetary electromagnetism.

   ]]> </description>
</item>
<item>
   <title><![CDATA[On Planetary Electromagnetism and Gravity]]></title>
   <link>http://viXra.org/abs/1005.0063</link>
   <pubDate>15 May 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0063v1<br/>
     <b>title:</b>     On Planetary Electromagnetism and Gravity<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      15 May 2010<br/>
     <b>abstract:</b>  
Study of the interiors of various terrestrial planets, as presented in the
paper, leads to the possibility of planetary gravity being related to the
electromagnetism generated in the planetary interiors. Findings of the study
undertaken suggest that Earth's gravitational attraction may be attributed to
magnetic coupling experienced between Earth's electromagnetism and all the
earthly objects - electrically charged or uncharged. More precisely, terrestrial
gravity is deemed to be outcome of the bound state of the planetary
electromagnetism.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Applications of Euclidian Snyder Geometry to Space Time Physics &amp; Deceleration Parameter ( DM Generated DE Replacement?)]]></title>
   <link>http://viXra.org/abs/1005.0062</link>
   <pubDate>30 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0062v2<br/>
     <b>title:</b>     Applications of Euclidian Snyder Geometry to Space Time Physics &amp; Deceleration Parameter ( DM Generated DE Replacement?)<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      30 May 2010<br/>
     <b>abstract:</b>  
Contains specific elaboration of material on Glinkas quantum gas hypothesis, as far as a 
counting algorithm, and also attempts to show possible commonality between semi classical 
theories, and brane world interpretations ( higher dimensions) while addressing the issue 
of what are the implications of a small graviton mass in 4 dimensions, i.e. the violations 
of the correspondence/ complimentarity principle.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Applications of Euclidian Snyder Geometry to Space Time Physics &amp; Deceleration Parameter ( DM Generated DE Replacement?)]]></title>
   <link>http://viXra.org/abs/1005.0062</link>
   <pubDate>14 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0062v1<br/>
     <b>title:</b>     Applications of Euclidian Snyder Geometry to Space Time Physics &amp; Deceleration Parameter ( DM Generated DE Replacement?)<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 May 2010<br/>
     <b>abstract:</b>  
Contains specific elaboration of material on Glinkas quantum gas hypothesis, as far as a 
counting algorithm, and also attempts to show possible commonality between semi classical 
theories, and brane world interpretations ( higher dimensions) while addressing the issue 
of what are the implications of a small graviton mass in 4 dimensions, i.e. the violations 
of the correspondence/ complimentarity principle.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Verification of Axioms Solving the Continuum-Problem]]></title>
   <link>http://viXra.org/abs/1005.0061</link>
   <pubDate>14 May 2010</pubDate>
   <category>Set Theory and Logic</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0061v1<br/>
     <b>title:</b>     Verification of Axioms Solving the Continuum-Problem<br/>
     <b>authors:</b>   Dm. Vatolin<br/>
     <b>category:</b>  Set Theory and Logic<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 May 2010<br/>
     <b>abstract:</b>  
means of ZF theory the axioms, solving the continuum problem, are verified.set power.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Galois Solvable Fourth Roots of Reality]]></title>
   <link>http://viXra.org/abs/1005.0060</link>
   <pubDate>17 May 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0060v2<br/>
     <b>title:</b>     The Galois Solvable Fourth Roots of Reality<br/>
     <b>authors:</b>   Jack Sarfatti<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      17 May 2010<br/>
     <b>abstract:</b>  
Local observers are defined by orthonormal &quot;non-holonomic&quot; (aka &quot;non-coordinate&quot;)
tetrad gravity fields (Cartan's &quot;moving frames&quot;). The tetrads are spin 1 vector fields
under the 6-parameter homogeneous Lorentz group SO<sub>1,3</sub> of Einstein's 1905 special
relativity. You can think of the tetrad gravity fields as the square roots of Einstein's 1916
spin 2 metric tensor gravity fields. We will see that we must also allow for spin 0 and spin
1 gravity because the spin 1 tetrads, in turn, are Einstein-Podolsky-Rosen entangled
quantum states of pairs of 2-component Penrose-Rindler qubits in the quantum pregeometry.
The Wheeler-Feynman qubits are the square roots of the advanced and
retarded null tetrads and can therefore be called the Galois solvable fourth roots of
reality. The spherical wavefront tetrads are then formally the Bell pair states of quantum
information theory. Penrose's Cartesian tetrads are a different choice from mine here.
The different tetrad choices correspond to the different contours around the photon
propagator poles in the complex energy plane of quantum electrodynamics. Both of his
spinors in his spin frame are retarded in the same light cone, e.g. the forward cone. It
seems that Penrose and Rindler implicitly answered Wheeler's question of how IT comes
from BIT, but no one realized it until now.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[The Galois Solvable Fourth Roots of Reality]]></title>
   <link>http://viXra.org/abs/1005.0060</link>
   <pubDate>14 May 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0060v1<br/>
     <b>title:</b>     The Galois Solvable Fourth Roots of Reality<br/>
     <b>authors:</b>   Jack Sarfatti<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 May 2010<br/>
     <b>abstract:</b>  
Local observers are defined by orthonormal &quot;non-holonomic&quot; (aka &quot;non-coordinate&quot;)
tetrad gravity fields (Cartan's &quot;moving frames&quot;). The tetrads are spin 1 vector fields
under the 6-parameter homogeneous Lorentz group SO1,3 of Einstein's 1905 special
relativity. You can think of the tetrad gravity fields as the square roots of Einstein's 1916
spin 2 metric tensor gravity fields. We will see that we must also allow for spin 0 and spin
1 gravity because the spin 1 tetrads, in turn, are Einstein-Podolsky-Rosen entangled
quantum states of pairs of 2-component Penrose-Rindler qubits in the quantum pregeometry.
The Wheeler-Feynman qubits are the square roots of the advanced and
retarded null tetrads and can therefore be called the Galois solvable fourth roots of
reality. The spherical wavefront tetrads are then formally the Bell pair states of quantum
information theory. Penrose's Cartesian tetrads are a different choice from mine here.
The different tetrad choices correspond to the different contours around the photon
propagator poles in the complex energy plane of quantum electrodynamics. Both of his
spinors in his spin frame are retarded in the same light cone, e.g. the forward cone. It
seems that Penrose and Rindler implicitly answered Wheeler's question of how IT comes
from BIT, but no one realized it until now.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Geometrical Axioms Refuting the Continuum-Hypothesis]]></title>
   <link>http://viXra.org/abs/1005.0059</link>
   <pubDate>14 May 2010</pubDate>
   <category>Set Theory and Logic</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0059v1<br/>
     <b>title:</b>     Geometrical Axioms Refuting the Continuum-Hypothesis<br/>
     <b>authors:</b>   Dm. Vatolin<br/>
     <b>category:</b>  Set Theory and Logic<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 May 2010<br/>
     <b>abstract:</b>  
This article formulates three geometrical axioms from which it follows 
that the continuum power is greater then any well-ordered set power.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Partition of a Set Which Contains an Infinite Arithmetic (Respectively Geometric) Progression]]></title>
   <link>http://viXra.org/abs/1005.0058</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0058v1<br/>
     <b>title:</b>     Partition of a Set Which Contains an Infinite Arithmetic (Respectively Geometric) Progression<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
We prove that for any partition of a set which contains an infinite arithmetic
(respectively geometric) progression into two subsets, at least one of these subsets
contains an infinite number of triplets such that each triplet is an arithmetic (respectively
geometric) progression.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Fuzzy and Neutrosophic Analysis of Periyar's Views on Untouchability]]></title>
   <link>http://viXra.org/abs/1005.0057</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Social Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0057v1<br/>
     <b>title:</b>     Fuzzy and Neutrosophic Analysis of Periyar's Views on Untouchability<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, K. Kandasamy<br/>
     <b>category:</b>  Social Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
K.R.Narayanan was a lauded hero and a distinguished
victim of his Dalit background. Even in an international
platform when he was on an official visit to Paris, the media
headlines blazed, 'An Untouchable at Elysee'. He was
visibly upset and it proved that a Dalit who rose up to such
heights was never spared from the pangs of outcaste-ness
and untouchability, which is based on birth. Thus, if the
erstwhile first citizen of India faces such humiliation, what
will be the plight of the last man who is a Dalit?
As one of the world's largest socio-economically
oppressed, culturally subjugated and politically
marginalized group of people, the 138 million Dalits in
India suffer not only from the excesses of the traditional
oppressor castes, but also from State Oppression - which
includes, but is not limited to, authoritarianism, police
brutality, economic embargo, criminalization of activists,
electoral violence, repressive laws that aim to curb
fundamental rights, and the non-implementation of laws that
safeguard Dalit rights. The Dalits were considered
untouchable for thousands of years by the Hindu society
until the Constitution of India officially abolished the
practice of untouchability in 1950.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Paradoxism's Main Roots]]></title>
   <link>http://viXra.org/abs/1005.0056</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>General Science and Philosophy</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0056v1<br/>
     <b>title:</b>     Paradoxism's Main Roots<br/>
     <b>authors:</b>   Florin Vasiliu<br/>
     <b>category:</b>  General Science and Philosophy<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
Paradoxism's Main Roots
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Reservation for Other Backward Classes in Indian Central Government Institutions Like Iits, Iims and Aiims a Study of the Role of Media Using Fuzzy Super FRM Models]]></title>
   <link>http://viXra.org/abs/1005.0055</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Social Science</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0055v1<br/>
     <b>title:</b>     Reservation for Other Backward Classes in Indian Central Government Institutions Like Iits, Iims and Aiims a Study of the Role of Media Using Fuzzy Super FRM Models<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache, K. Kandasamy<br/>
     <b>category:</b>  Social Science<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
The new notions of super column FRM model, super row FRM
model and mixed super FRM model are introduced in this book.
These three models are introduced specially to analyze the
biased role of the print media on 27 percent reservation for the
Other Backward Classes (OBCs) in educational institutions run
by the Indian Central Government. This book has four chapters.
In chapter one the authors introduce the three types of super
FRM models. Chapter two uses these three new super fuzzy
models to study the role of media which feverishly argued
against 27 percent reservation for OBCs in Central
Government-run institutions in India. The experts we consulted
were divided into 19 groups depending on their profession.
These groups of experts gave their opinion and comments on
the news-items that appeared about reservations in dailies and
weekly magazines, and the gist of these lengthy discussions
form the third chapter of this book. The fourth chapter gives the
conclusions based on our study. Our study was conducted from
April 2006 to March 2007, at which point of time the Supreme
Court of India stayed the 27 percent reservation for OBCs in the
IITs, IIMs and AIIMS. After the aforesaid injunction from the
Supreme Court, the experts did not wish to give their opinion
since the matter was sub-judice. The authors deeply
acknowledge the service of each and every expert who
contributed their opinion and thus made this book a possibility.
We have analyzed the data using the opinion of the experts who
formed a heterogeneous group consisting of administrators,
lawyers, OBC/SC/ST students, upper caste students and
Brahmin students, educationalists, university vice-chancellors,
directors, professors, teachers, retired Judges, principals of
colleges, parents, journalists, members of the public, politicians,
doctors, engineers, NGOs and government staff.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Some Smarandache Problems]]></title>
   <link>http://viXra.org/abs/1005.0054</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0054v1<br/>
     <b>title:</b>     Some Smarandache Problems<br/>
     <b>authors:</b>   Mladen V. Vassilev-Missana, Krassimir T. Atanassov<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
During the five years since publishing [2], we have obtained many
new results related to the Smarandache problems. We are happy to
have the opportunity to present them in this book for the enjoyment
of a wider audience of readers.
The problems in Chapter two have also been solved and published
separately by the authors, but it makes sense to collate them
here so that they can be better seen in perspective as a whole, particularly
in relation to the problems elucidated in Chapter one.
Many of the problems, and more especially the techniques employed
in their solution, have wider applicability than just the Smarandache
problems, and so they should be of more general interest to
other mathematicians, particularly both professional and amateur
number theorists.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Solved Problems of Geometry and Trigonometry for College Students.]]></title>
   <link>http://viXra.org/abs/1005.0053</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0053v1<br/>
     <b>title:</b>     Solved Problems of Geometry and Trigonometry for College Students.<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
Solved problems of geometry and trigonometry for college students.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Tetron Model Building]]></title>
   <link>http://viXra.org/abs/1005.0052</link>
   <pubDate>14 May 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0052v1<br/>
     <b>title:</b>     Tetron Model Building<br/>
     <b>authors:</b>   Bodo Lampe<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 May 2010<br/>
     <b>abstract:</b>  
Spin models are considered on a discretized inner symmetry space with tetrahedral symmetry 
as possible dynamical schemes for the tetron model. Parity violation, which corresponds to 
a change of sign for odd permutations, is shown to dictate the form of the Hamiltonian. It 
is further argued that such spin models can be obtained from more fundamental principles 
by considering a (7+1)-dimensional spacetime with octonion multiplication. 

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang Model? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>5 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v8<br/>
     <b>title:</b>     Big Bang Model? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      5 Aug 2010<br/>
     <b>abstract:</b>  
Inflationary hot Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang, including the organization of galactic superstructures, the
Cosmic Microwave Background, redshifts, distant galaxies, age of local galaxies,
and the gravitational waves.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang Model? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>2 Aug 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v7<br/>
     <b>title:</b>     Big Bang Model? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      2 Aug 2010<br/>
     <b>abstract:</b>  
Inflationary hot Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang, including the organization of galactic superstructures, the
Cosmic Microwave Background, redshifts, distant galaxies, age of local galaxies,
and the gravitational waves.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang Model? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>22 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v6<br/>
     <b>title:</b>     Big Bang Model? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      22 Jun 2010<br/>
     <b>abstract:</b>  
Inflationary hot Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang, including the organization of galactic superstructures, the
Cosmic Microwave Background, redshifts, distant galaxies, age of local galaxies,
and the gravitational waves.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang Model? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>7 Jun 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v5<br/>
     <b>title:</b>     Big Bang Model? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      7 Jun 2010<br/>
     <b>abstract:</b>  
Inflationary hot Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang, including the organization of galactic superstructures, the
Cosmic Microwave Background, redshifts, distant galaxies, age of local galaxies,
and the gravitational waves.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang Model? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>27 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v4<br/>
     <b>title:</b>     Big Bang Model? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      27 May 2010<br/>
     <b>abstract:</b>  
Inflationary Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang , including the organization of galactic superstructures, the
Cosmic Microwave Background, distant galaxies, gravitational waves, redshifts,
and the age of local galaxies.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang Model? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>26 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v3<br/>
     <b>title:</b>     Big Bang Model? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      26 May 2010<br/>
     <b>abstract:</b>  
Inflationary Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang , including the organization of galactic superstructures, the
Cosmic Microwave Background, distant galaxies, gravitational waves, redshifts,
and the age of local galaxies.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang ? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>20 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v2<br/>
     <b>title:</b>     Big Bang ? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      20 May 2010<br/>
     <b>abstract:</b>  
Inflationary Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang, including the organization of galactic superstructures, the
Cosmic Microwave Background, distant galaxies, gravitational waves, redshifts,
and the age of local galaxies.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Big Bang ? a Critical Review]]></title>
   <link>http://viXra.org/abs/1005.0051</link>
   <pubDate>14 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0051v1<br/>
     <b>title:</b>     Big Bang ? a Critical Review<br/>
     <b>authors:</b>   Ashwini Kumar Lal<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 May 2010<br/>
     <b>abstract:</b>  
Inflationary Big Bang model is the generally accepted theory for the origin of
universe. Nonetheless, findings of the observational astronomy as also the
revelations in the field of fundamental physics over the past two decades
question validity of the 'Big Bang' model as a viable theory for origin of the
universe. This paper examines a few of the various factors which undermine the
theory of the big Bang, including the organization of galactic superstructures, the
Cosmic Microwave Background, distant galaxies, gravitational waves, redshifts,
and the age of local galaxies.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Theory Cannot Choose from Its Several Possible Interpretations]]></title>
   <link>http://viXra.org/abs/1005.0050</link>
   <pubDate>14 May 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0050v1<br/>
     <b>title:</b>     Theory Cannot Choose from Its Several Possible Interpretations<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      14 May 2010<br/>
     <b>abstract:</b>  
A theory can be interpreted several different ways.
Which interpretation is &quot;the correct interpretation&quot;
is well nigh impossible to determine. For that reason,
we select the one that best fits our concept of what
reality is. That means we choose on the basis of
metaphysics.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Only Problems not Solutions]]></title>
   <link>http://viXra.org/abs/1005.0049</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0049v1<br/>
     <b>title:</b>     Only Problems not Solutions<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
The development of mathematics continues in a rapid rhythm, some unsolved problems
are elucidated and simultaneously new open problems to be solved appear.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Estimation of Mean in Presence of Non Response Using Exponential Estimator]]></title>
   <link>http://viXra.org/abs/1005.0048</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0048v1<br/>
     <b>title:</b>     Estimation of Mean in Presence of Non Response Using Exponential Estimator<br/>
     <b>authors:</b>   Rajesh Singh, Mukesh Kumar, Manoj K. Chaudhary, Florentin Smarandache<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
This paper considers the problem of estimating the population mean using
information on auxiliary variable in presence of non response. Exponential ratio and
exponential product type estimators have been suggested and their properties are studied. An
empirical study is carried out to support the theoretical results.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Method of Solving Certain Nonlinear Diophantine Equations]]></title>
   <link>http://viXra.org/abs/1005.0047</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0047v1<br/>
     <b>title:</b>     A Method of Solving Certain Nonlinear Diophantine Equations<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we propose a method of solving a Nonlinear Diophantine Equation by
converting it into a System of Diophantine Linear Equations.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[N-Linear Algebra of Type II]]></title>
   <link>http://viXra.org/abs/1005.0046</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0046v1<br/>
     <b>title:</b>     N-Linear Algebra of Type II<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
This book is a continuation of the book n-linear algebra of type
I and its applications. Most of the properties that could not be
derived or defined for n-linear algebra of type I is made possible
in this new structure: n-linear algebra of type II which is
introduced in this book. In case of n-linear algebra of type II, we
are in a position to define linear functionals which is one of the
marked difference between the n-vector spaces of type I and II.
However all the applications mentioned in n-linear algebras of
type I can be appropriately extended to n-linear algebras of type
II. Another use of n-linear algebra (n-vector spaces) of type II is
that when this structure is used in coding theory we can have
different types of codes built over different finite fields whereas
this is not possible in the case of n-vector spaces of type I.
Finally in the case of n-vector spaces of type II we can obtain neigen
values from distinct fields; hence, the n-characteristic
polynomials formed in them are in distinct different fields.
An attractive feature of this book is that the authors have
suggested 120 problems for the reader to pursue in order to
understand this new notion. This book has three chapters. In the
first chapter the notion of n-vector spaces of type II are
introduced. This chapter gives over 50 theorems. Chapter two
introduces the notion of n-inner product vector spaces of type II,
n-bilinear forms and n-linear functionals. The final chapter
6
suggests over a hundred problems. It is important that the reader
should be well versed with not only linear algebra but also nlinear
algebras of type I.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[N-Linear Algebra of Type I and Its Applications]]></title>
   <link>http://viXra.org/abs/1005.0045</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0045v1<br/>
     <b>title:</b>     N-Linear Algebra of Type I and Its Applications<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
With the advent of computers one needs algebraic structures
that can simultaneously work with bulk data. One such
algebraic structure namely n-linear algebras of type I are
introduced in this book and its applications to n-Markov chains
and n-Leontief models are given. These structures can be
thought of as the generalization of bilinear algebras and bivector
spaces. Several interesting n-linear algebra properties are
proved.
This book has four chapters. The first chapter just
introduces n-group which is essential for the definition of nvector
spaces and n-linear algebras of type I. Chapter two gives
the notion of n-vector spaces and several related results which
are analogues of the classical linear algebra theorems. In case of
n-vector spaces we can define several types of linear
transformations.
The notion of n-best approximations can be used for error
correction in coding theory. The notion of n-eigen values can be
used in deterministic modal superposition principle for
undamped structures, which can find its applications in finite
element analysis of mechanical structures with uncertain
parameters. Further it is suggested that the concept of nmatrices
can be used in real world problems which adopts fuzzy
models like Fuzzy Cognitive Maps, Fuzzy Relational Equations
and Bidirectional Associative Memories. The applications of
6
these algebraic structures are given in Chapter 3. Chapter four
gives some problem to make the subject easily understandable.
The authors deeply acknowledge the unflinching support of
Dr.K.Kandasamy, Meena and Kama.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Fuzzy Interval Matrices, Neutrosophic Interval Matrices and Their Applications]]></title>
   <link>http://viXra.org/abs/1005.0044</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0044v1<br/>
     <b>title:</b>     Fuzzy Interval Matrices, Neutrosophic Interval Matrices and Their Applications<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
The new concept of fuzzy interval matrices has been introduced
in this book for the first time. The authors have not only
introduced the notion of fuzzy interval matrices, interval
neutrosophic matrices and fuzzy neutrosophic interval matrices
but have also demonstrated some of its applications when the
data under study is an unsupervised one and when several
experts analyze the problem.
Further, the authors have introduced in this book multiexpert
models using these three new types of interval matrices.
The new multi expert models dealt in this book are FCIMs,
FRIMs, FCInMs, FRInMs, IBAMs, IBBAMs, nIBAMs, FAIMs,
FAnIMS, etc. Illustrative examples are given so that the reader
can follow these concepts easily.
This book has three chapters. The first chapter is
introductory in nature and makes the book a self-contained one.
Chapter two introduces the concept of fuzzy interval matrices.
Also the notion of fuzzy interval matrices, neutrosophic interval
matrices and fuzzy neutrosophic interval matrices, can find
applications to Markov chains and Leontief economic models.
Chapter three gives the application of fuzzy interval matrices
and neutrosophic interval matrices to real-world problems by
constructing the models already mentioned. Further these
models are mainly useful when the data is an unsupervised one
and when one needs a multi-expert model. The new concept of
fuzzy interval matrices and neutrosophic interval matrices will
find their applications in engineering, medical, industrial, social
and psychological problems. We have given a long list of
references to help the interested reader.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Proposing the Existence of a New Symmetry Called the Wick Symmetry-Representation of a Particle as a Primary Gas vi]]></title>
   <link>http://viXra.org/abs/1005.0043</link>
   <pubDate>12 May 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0043v1<br/>
     <b>title:</b>     Proposing the Existence of a New Symmetry Called the Wick Symmetry-Representation of a Particle as a Primary Gas vi<br/>
     <b>authors:</b>   V.A.Induchoodan Menon<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      12 May 2010<br/>
     <b>abstract:</b>  
The author discusses the similarity between the expression for the state
function of the primary gas representing a particle and that of the wave function.
It is observed that the only difference between these two expressions is that in
the former time appears as a real function while in the latter it appears as an
imaginary function. He shows that the primary gas approach which treats time
as a real and the quantum mechanical approach which treats time as imaginary
are two ways of representing the same reality and points to a new symmetry
called the Wick symmetry. He shows that the probability postulate of quantum
mechanics can be understood in a very simple and natural manner based on the
primary gas representation of the particle. It is shown that the zero point energy
of the quantum mechanics is nothing but the energy of the thermal bath formed
by the vacuum fluctuations in the Higgs field. He shows that the quantum
mechanics is nothing but the thermodynamics of the primary gas where time has
not lost its directional symmetry.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (20)]]></title>
   <link>http://viXra.org/abs/1005.0042</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0042v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (20)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any there are infinitely many primes P such that each of jP<sup>P<sub>0</sub></sup> + j+1 is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (19)]]></title>
   <link>http://viXra.org/abs/1005.0041</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0041v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (19)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any there are infinitely many primes P such that each of P<sup>P<sub>0</sub></sup> + 4<sup>n</sup> is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (18)]]></title>
   <link>http://viXra.org/abs/1005.0040</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0040v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (18)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any there are infinitely many primes kPsuch that each of P<sup>P<sub>0</sub></sup> + (2j)<sup>2</sup> is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (17)]]></title>
   <link>http://viXra.org/abs/1005.0039</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0039v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (17)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any there are infinitely many primes kPsuch that each of P<sup>P<sub>0</sub></sup> + j(j+1) is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (16)]]></title>
   <link>http://viXra.org/abs/1005.0038</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0038v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (16)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each of
jP<sup>5</sup> + j +1 is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (15)]]></title>
   <link>http://viXra.org/abs/1005.0037</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0037v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (15)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each of
P<sup>5</sup> + 4<sup>n</sup> is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (14)]]></title>
   <link>http://viXra.org/abs/1005.0036</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0036v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (14)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each of
P<sup>5</sup> + (2j)<sup>2</sup> is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (13)]]></title>
   <link>http://viXra.org/abs/1005.0035</link>
   <pubDate>11 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0035v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (13)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each of
P<sup>5</sup> + j( j +1) is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Our Artificial Reality Created by Theory]]></title>
   <link>http://viXra.org/abs/1005.0034</link>
   <pubDate>12 May 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0034v2<br/>
     <b>title:</b>     Our Artificial Reality Created by Theory<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      12 May 2010<br/>
     <b>abstract:</b>  
Theory is a template, a schematic of what we think
reality is. We see reality according to the template.
What does not conform to the template is excised.
For that reason, much that occurs in the world is
not seen. That is how we miss the great discoveries
going on right under our noses.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Our Artificial Reality Created by Theory]]></title>
   <link>http://viXra.org/abs/1005.0034</link>
   <pubDate>11 May 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0034v1<br/>
     <b>title:</b>     Our Artificial Reality Created by Theory<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
Theory is a template, a schematic of what we think
reality is. We see reality according to the template.
What does not conform to the template is excised.
For that reason, much that occurs in the world is
not seen. That is how we miss the great discoveries
going on right under our noses.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Covariant Isolation from an Abelian Gauge Field of Its Nondynamical Potential, Which, When Fed Back, Can Transform Into a &quot;Confining Yukawa&quot;]]></title>
   <link>http://viXra.org/abs/1005.0033</link>
   <pubDate>11 May 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0033v1<br/>
     <b>title:</b>     Covariant Isolation from an Abelian Gauge Field of Its Nondynamical Potential, Which, When Fed Back, Can Transform Into a &quot;Confining Yukawa&quot;<br/>
     <b>authors:</b>   Steven Kenneth Kauffmann<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 May 2010<br/>
     <b>abstract:</b>  
For Abelian gauge theory a properly relativistic gauge is developed by supplementing the Lorentz condition
with causal determination of the time component of the four-vector potential by retarded Coulomb
transformation of the charge density. This causal Lorentz gauge agrees with the Coulomb gauge for static
charge densities, but allows the four-vector potential to have a longitudinal component that is determined
by the time derivative of the four-vector potential's time component. Just as in Coulomb gauge, the two
transverse components of the four-vector potential are its sole dynamical part. The four-vector potential
in this gauge covariantly separates into a dynamical transverse four-vector potential and a nondynamical
timelike/longitudinal four-vector potential, where each of these two satisfies the Lorentz condition. In
fact, analogous partition of the conserved four-current shows each to satisfy a Lorentz-condition Maxwellequation
system with its own conserved four-current. Because of this complete separation, either of these
four-vector potentials can be tinkered with without affecting its counterpart. Since it satisfies the Lorentz
condition, the nondynamical four-vector potential times a constant with dimension of inverse length squared
is itself a conserved four-current, and so can be fed back into its own source current, which transforms its
time component into an extended Yukawa, with both exponentially decaying and exponentially growing
components. The latter might be the mechanism of quark-gluon confinement: in non-Abelian color gauge
theory the Yukawa mixture ratio ought to be tied to color, with palpable consequences for &quot;colorful&quot; hot
quark-gluon plasmas.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (12)]]></title>
   <link>http://viXra.org/abs/1005.0032</link>
   <pubDate>9 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0032v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (12)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each of
jP<sup>3</sup> + j + 1 is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (11)]]></title>
   <link>http://viXra.org/abs/1005.0031</link>
   <pubDate>9 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0031v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (11)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each of
P<sup>3</sup> + 4<sup>n</sup> is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (10)]]></title>
   <link>http://viXra.org/abs/1005.0030</link>
   <pubDate>9 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0030v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (10)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each of
P<sup>3</sup> + (2 j)<sup>2</sup> is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (9)]]></title>
   <link>http://viXra.org/abs/1005.0029</link>
   <pubDate>9 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0029v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (9)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that P, P<sup>15</sup> + j(j+1)(j=1,...,7) contain no prime solutions.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (8)]]></title>
   <link>http://viXra.org/abs/1005.0028</link>
   <pubDate>9 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0028v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (8)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that P, P<sup>9</sup> + j(j+1)(j=1,...,7) contain no prime solutions.

   ]]> </description>
</item>
<item>
   <title><![CDATA[New Prime K-Tuple Theorem (7)]]></title>
   <link>http://viXra.org/abs/1005.0027</link>
   <pubDate>9 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0027v1<br/>
     <b>title:</b>     New Prime K-Tuple Theorem (7)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 May 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove for any k there are infinitely many primes P such that each
of P<sup>3</sup> + j( j + 1) is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Theory of Unified Gravitation]]></title>
   <link>http://viXra.org/abs/1005.0026</link>
   <pubDate>10 May 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0026v1<br/>
     <b>title:</b>     A Theory of Unified Gravitation<br/>
     <b>authors:</b>   Gil Raviv<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 May 2010<br/>
     <b>abstract:</b>  
The theory presented here, entitled the theory of unified gravitation, holds that the nuclear strong
interaction and gravitation are one and the same force. Detailed and relatively simple
mathematics are shown to lead to an explicit strong/gravitational force equation that relies on
only three independent parameters, identical to the parameters used in Newton's gravitational
theory. The theory is applied on various distance scales to explain a broad range of phenomena,
and is shown to provide an unparalleled level of agreement with observations, without
requiring an assumption of dark matter, dark energy or inflation. Most notable is its ability to
reproduce the morphologies of various types of galaxies and nebulae, as well as the complex
structure of Saturn's main body of rings. Additional large-scale phenomena explained by unified
gravitation include
<ul>
<li>The constant rotation curve observed in spiral galaxies</li>
<li>The nature of density waves in spiral galaxies</li>
<li>The mechanism underlying star formation and fragmentation</li>
<li>The parameters that determine galactic (or nebular) morphology and classification</li>
<li>The clustering of nearby galaxies, repulsion between distant galaxies, and the creation of
galactic voids</li>
<li>The accelerated expansion of the universe</li>
<li>The cause of the observed redshift periodicity</li>
<li>The mechanism responsible for the creation of galactic and stellar wind</li>
<li>The sudden expansion of gas and matter observed in novae and supernovae</li>
<li>The formation of planetary ring systems and the composition of planets</li>
<li>The mechanism responsible for the creation of the planetary and galactic magnetic fields</li>
<li>A possible mechanism for the creation of the solar corona</li>
<li>The process of ionization that produces the vast amount of plasma in the universe.</li>
</ul>
On nuclear scale, the theory is demonstrated to account for the observed weak fall-off of the
deep inelastic scattering cross section, and to provide a scaling behavior similar to the observed
Bjorken scaling.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Proof of the 3n+1 Problem for N &ge; 1]]></title>
   <link>http://viXra.org/abs/1005.0025</link>
   <pubDate>10 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0025v1<br/>
     <b>title:</b>     Proof of the 3n+1 Problem for N &ge; 1<br/>
     <b>authors:</b>   Steffen Bode<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 May 2010<br/>
     <b>abstract:</b>  
I establish the existence of a unique binary pattern inherent to the 3n+1
step, and then use this binary pattern to prove the 3n+1 problem for all
positive integers.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter I Miguel Alcubierre.]]></title>
   <link>http://viXra.org/abs/1005.0024</link>
   <pubDate>23 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0024v2<br/>
     <b>title:</b>     Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter I Miguel Alcubierre.<br/>
     <b>authors:</b>   Fernando Loup<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      23 May 2010<br/>
     <b>abstract:</b>  
Alcubierre Warp Drive is one of the most exciting Spacetimes of General Relativity.It was the first
Spacetime Metric able to develop Superluminal Velocities.However some physical problems associated
to the Alcubierre Warp Drive seemed to deny the Superluminal Behaviour. We demonstrate in this work
that some of these problems can be overcomed and we arrive at some interesting results although we
used two different Shape Functions one continuous g(rs) as an alternative to the original Alcubierre
f(rs) and a Piecewise Shape Function f<sub>pc</sub>(rs) as an alternative to the Ford-Pfenning Piecewise Shape
Function with a behaviour similar to the Natario Warp Drive producing effectively an Alcubierre Warp
Drive without Expansion/Contraction of the Spacetime. Horizons will exists and cannot be avoided
however we found a way to &quot;overcome&quot; this problem.We also introduce here the Casimir Warp Drive.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter I Miguel Alcubierre.]]></title>
   <link>http://viXra.org/abs/1005.0024</link>
   <pubDate>9 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0024v1<br/>
     <b>title:</b>     Warp Drive Basic Science Written for &quot;Aficionados&quot;. Chapter I Miguel Alcubierre.<br/>
     <b>authors:</b>   Fernando Loup<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      9 May 2010<br/>
     <b>abstract:</b>  
Alcubierre Warp Drive is one of the most exciting Spacetimes of General Relativity.It was the first
Spacetime Metric able to develop Superluminal Velocities.However some physical problems associated
to the Alcubierre Warp Drive seemed to deny the Superluminal Behaviour.We demonstrate in this work
that these problems can be overcomed and we arrive at some interesting results although we used two
different Shape Functions one continuous g(rs) as an alternative to the original Alcubierre f(rs) and a
Piecewise Shape Function f<sub>pc</sub>(rs) as an alternative to the Ford-Pfenning Piecewise Shape Function with
a behaviour similar to the Natario Warp Drive producing effectively an Alcubierre Warp Drive without
Expansion/Contraction of the Spacetime. We also introduce here the Casimir Warp Drive.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Considerations on New Functions in Number Theory]]></title>
   <link>http://viXra.org/abs/1005.0023</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0023v1<br/>
     <b>title:</b>     Considerations on New Functions in Number Theory<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this paper a small survey is presented on eighteen new functions and four new
sequences, such as: Inferior/Superior f-Part, Fractional f-Part, Complementary
function with respect with another function, S-Multiplicative, Primitive
Function, Double Factorial Function, S-Prime and S-Coprime Functions, Smallest
Power Function.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Analysis of Social Aspects of Migrant Labourers Living with Hiv/aids Using Fuzzy Theory and Neutrosophic Cognitive Maps]]></title>
   <link>http://viXra.org/abs/1005.0022</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Quantitative Biology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0022v1<br/>
     <b>title:</b>     Analysis of Social Aspects of Migrant Labourers Living with Hiv/aids Using Fuzzy Theory and Neutrosophic Cognitive Maps<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Quantitative Biology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
Neutrosophic logic grew as an alternative to the existing
topics and it represents a mathematical model of uncertainty,
vagueness, ambiguity, imprecision, undefined-ness,
unknown, incompleteness, inconsistency, redundancy and
contradiction. Despite various attempts to reorient logic,
there has remained an essential need for an alternative
system that could infuse into itself a representation of the
real world. Out of this need arose the system of neutrosophy
and its connected logic, neutrosophic logic. This new logic,
which allows also the concept of indeterminacy to play a role
in any real-world problem, was introduced first by one of the
authors Florentin Smarandache.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Neutrosophic Rings]]></title>
   <link>http://viXra.org/abs/1005.0021</link>
   <pubDate>11 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0021v1<br/>
     <b>title:</b>     Neutrosophic Rings<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      11 Mar 2010<br/>
     <b>abstract:</b>  
In this book we define the new notion of neutrosophic rings.
The motivation for this study is two-fold. Firstly, the classes of
neutrosophic rings defined in this book are generalization of the
two well-known classes of rings: group rings and semigroup
rings. The study of these generalized neutrosophic rings will
give more results for researchers interested in group rings and
semigroup rings. Secondly, the notion of neutrosophic
polynomial rings will cause a paradigm shift in the general
polynomial rings. This study has to make several changes in
case of neutrosophic polynomial rings. This would give
solutions to polynomial equations for which the roots can be
indeterminates. Further, the notion of neutrosophic matrix rings
is defined in this book. Already these neutrosophic matrixes
have been applied and used in the neutrosophic models like
neutrosophic cognitive maps (NCMs), neutrosophic relational
maps (NRMs) and so on.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Confidence Intervals for the Pythagorean Formula in Baseball]]></title>
   <link>http://viXra.org/abs/1005.0020</link>
   <pubDate>8 May 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0020v1<br/>
     <b>title:</b>     Confidence Intervals for the Pythagorean Formula in Baseball<br/>
     <b>authors:</b>   David D. Tung<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      8 May 2010<br/>
     <b>abstract:</b>  
In this paper, we will investigate the problem of obtaining 
confidence intervals for a baseball team's Pythagorean expectation, i.e.
their expected winning percentage and expected games won. We study
this problem from two different perspectives. First, in the framework
of regression models, we obtain confidence intervals for prediction, i.e.
more formally, prediction intervals for a new observation, on the basis
of historical binomial data for Major League Baseball teams from the
1901 through 2009 seasons, and apply this to the 2009 MLB regular
season. We also obtain a Scheff&eacute;-type simultaneous prediction band
and use it to tabulate predicted winning percentages and their 
prediction intervals, corresponding to a range of values for log(RS=RA). 
Second, parametric bootstrap simulation is introduced as a data-driven,
computer-intensive approach to numerically computing confidence 
intervals for a team's expected winning percentage. Under the 
assumption that runs scored per game and runs allowed per game are 
random variables following independent Weibull distributions, we 
numerically calculate confidence intervals for the Pythagorean expectation
via parametric bootstrap simulation on the basis of each team's runs
scored per game and runs allowed per game from the 2009 MLB 
regular season. The interval estimates, from either framework, allow us to
infer with better certainty as to which teams are performing above or
below expectations. It is seen that the bootstrap confidence intervals
appear to be better at detecting which teams are performing above
or below expectations than the prediction intervals obtained in the
regression framework.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Nonlinear Theory of Elementary Particles 1. Choice of Axiomatics and Mathematical Apparatus of Theory]]></title>
   <link>http://viXra.org/abs/1005.0019</link>
   <pubDate>7 May 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0019v1<br/>
     <b>title:</b>     Nonlinear Theory of Elementary Particles 1. Choice of Axiomatics and Mathematical Apparatus of Theory<br/>
     <b>authors:</b>   A.G. Kyriakos<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 May 2010<br/>
     <b>abstract:</b>  
In the previous paper (http://vixra.org/abs/1003.0169), which can be considered as an introduction 
to the nonlinear theory, we have shown that the Standard Model (S?) is not an axiomatic, but an 
algorithmic theory. In the proposed article the simplest (minimum) axiomatics is examined from the 
point of view of the possible forms of its mathematical representation.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Using Noetics to Determine the Geometric Limits of 3-Body Alignments that Produce Subtle Energies]]></title>
   <link>http://viXra.org/abs/1005.0018</link>
   <pubDate>7 May 2010</pubDate>
   <category>Quantum Gravity and String Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0018v1<br/>
     <b>title:</b>     Using Noetics to Determine the Geometric Limits of 3-Body Alignments that Produce Subtle Energies<br/>
     <b>authors:</b>   Jeffrey S. Keen<br/>
     <b>category:</b>  Quantum Gravity and String Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      7 May 2010<br/>
     <b>abstract:</b>  
Attempting to link quantum physics with general relativity is one current approach to
the comprehension of the structure of the universe. However, this could be an
impossible objective as recent theories suggest that gravity is not a fundamental force
but a consequence of the way information about material objects is organised in space
time (e.g. Reference 27). In this theory, gravity is analogous to the flow of water, and
involves a holographic universe, information, entropy, and chaos theory. However,
such theories do not explain acts of observations affecting the results of scientific
experiments. Many researchers, (e.g. Reference 51), including the author, believe
that understanding the structure of the universe lies not just in physics and the above
concepts, but in addition involves consciousness and cognitive neuroscience together
with understanding the nature and perception of information. As Noetics and dowsing
involve all the latter factors, it is proving to be a powerful and relevant research tool.
This paper combines these considerations in a non-orthodox, but heuristic approach,
linked by geometry.
A previous paper, (See Reference 24: http://vixra.org/abs/1001.0004), identified that
geometric alignments of three bodies, be they 3 pebbles, 3 circles drawn on paper, or
3 astronomical bodies produce a subtle energy beam that can be detected by the mind
and measured. Intriguingly, this beam has a divergence angle involving the inverse of
the Fine Structure Constant (137). It has also been shown to instantaneously
communicate conscious information across the solar system. These facts suggest,
together with other findings, that this &quot;consciousness beam&quot; is linked to the structure
of the universe. This avenue of research is now further developed, by quantifying the
limits of the alignment of the 3-bodies that is required to produce the subtle energy
beam. The findings are that for observations made near the outer of the 3 bodies, the
alignment must be less than arcsine 1/4. But for observations near the middle body,
this alignment must be within arcsine1/5.
This article is a summary of the concepts which are augmented on the author's
website http://www.jeffreykeen.co.uk/

   ]]> </description>
</item>
<item>
   <title><![CDATA[About an Identity and Its Applications]]></title>
   <link>http://viXra.org/abs/1005.0017</link>
   <pubDate>5 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0017v1<br/>
     <b>title:</b>     About an Identity and Its Applications<br/>
     <b>authors:</b>   Mih&aacute;ly Bencze, Florentin Smarandache<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 May 2010<br/>
     <b>abstract:</b>  
About an Identity and its Applications
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Generalization of a Remarkable Theorem]]></title>
   <link>http://viXra.org/abs/1005.0016</link>
   <pubDate>5 May 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0016v1<br/>
     <b>title:</b>     Generalization of a Remarkable Theorem<br/>
     <b>authors:</b>   Ion P&#259;tra&#351;cu, Florentin Smarandache<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      5 May 2010<br/>
     <b>abstract:</b>  
In [1] Professor Claudiu Coand&#259; proves the following theorem using the barycentric
coordinates.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[On Relating a 10-Dimensional and 11-Dimensional Duality Model of Quantized Space-Time to Elementary Particles]]></title>
   <link>http://viXra.org/abs/1005.0015</link>
   <pubDate>4 May 2010</pubDate>
   <category>Quantum Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0015v1<br/>
     <b>title:</b>     On Relating a 10-Dimensional and 11-Dimensional Duality Model of Quantized Space-Time to Elementary Particles<br/>
     <b>authors:</b>   Gary Heen<br/>
     <b>category:</b>  Quantum Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 May 2010<br/>
     <b>abstract:</b>  
It is suggested in this paper that space-time and matter are both derived from a common
entity, the quantum mass unit. A 10-dimensional and 11-dimensional duality model of the
quantum mass unit is presented diagrammatically, and a mathematical argument is put forth
indicating how energetic photons interact with space-time, converting space-time into virtual
particle pairs of matter and anti-matter.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Tuning and What it Means to Physics]]></title>
   <link>http://viXra.org/abs/1005.0014</link>
   <pubDate>4 May 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0014v1<br/>
     <b>title:</b>     Tuning and What it Means to Physics<br/>
     <b>authors:</b>   Ron Bourgoin<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 May 2010<br/>
     <b>abstract:</b>  
In the 60s, the word was relevance; now it's tuning.
For physics, it means striking a resonance between
the world of making a profit and the preparation of
physicists. The international effort is designed to
solicit the input of industry in restructuring the physics
curriculum. This spells trouble for physics departments.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The End of Science]]></title>
   <link>http://viXra.org/abs/1005.0013</link>
   <pubDate>4 May 2010</pubDate>
   <category>History and Philosophy of Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0013v1<br/>
     <b>title:</b>     The End of Science<br/>
     <b>authors:</b>   Vladislav Konovalov<br/>
     <b>category:</b>  History and Philosophy of Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      4 May 2010<br/>
     <b>abstract:</b>  
The numerous errors, stored fundamental physics, have stopped its development

   ]]> </description>
</item>
<item>
   <title><![CDATA[Deceleration Parameter Q(z) and the Role of Nucleated GW 'gravition Gas' in the Development of DE Alternatives]]></title>
   <link>http://viXra.org/abs/1005.0012</link>
   <pubDate>10 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0012v2<br/>
     <b>title:</b>     Deceleration Parameter Q(z) and the Role of Nucleated GW 'gravition Gas' in the Development of DE Alternatives<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      10 May 2010<br/>
     <b>abstract:</b>  
The case for a four dimensional graviton mass (non zero) influencing reacceleration of the universe
in five dimensions is stated, with particular emphasis upon if five dimensional geometries as given
below give us new physical insight as to cosmological evolution. A comparison with the quantum
gas hypothesis of Glinka shows how stochastic GW/ gravitons may emerge in vacuum nucleated
space, with emphasis upon comparing their number in phase space, as compared with different strain
values

   ]]> </description>
</item>
<item>
   <title><![CDATA[Deceleration Parameter Q(z) and the Role of Nucleated GW 'gravition Gas' in the Development of DE Alternatives]]></title>
   <link>http://viXra.org/abs/1005.0012</link>
   <pubDate>3 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0012v1<br/>
     <b>title:</b>     Deceleration Parameter Q(z) and the Role of Nucleated GW 'gravition Gas' in the Development of DE Alternatives<br/>
     <b>authors:</b>   Andrew Beckwith<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 May 2010<br/>
     <b>abstract:</b>  
The case for a four dimensional graviton mass (non zero) influencing reacceleration of the universe
in five dimensions is stated, with particular emphasis upon if five dimensional geometries as given
below give us new physical insight as to cosmological evolution. A comparison with the quantum
gas hypothesis of Glinka shows how stochastic GW/ gravitons may emerge in vacuum nucleated
space, with emphasis upon comparing their number in phase space, as compared with different strain
values

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Neutrosophic Research Method in Scientific and Humanistic Fields]]></title>
   <link>http://viXra.org/abs/1005.0011</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>General Science and Philosophy</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0011v1<br/>
     <b>title:</b>     The Neutrosophic Research Method in Scientific and Humanistic Fields<br/>
     <b>authors:</b>   Florentin Smarandache<br/>
     <b>category:</b>  General Science and Philosophy<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
The Neutrosophic Research Method is a generalization of Hegel's dialectic, and
suggests that scientific and humanistic research will progress via studying not only
the opposite ideas but the neutral ideas related to them as well in order to have a
bigger picture of the whole problem to solve.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Another Explanation of the Redshifts of the Pair Quasar-Galaxy NGC 7319]]></title>
   <link>http://viXra.org/abs/1005.0010</link>
   <pubDate>3 May 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0010v1<br/>
     <b>title:</b>     Another Explanation of the Redshifts of the Pair Quasar-Galaxy NGC 7319<br/>
     <b>authors:</b>   Jos&eacute Francisco Garc&iacutea Juli&aacute<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 May 2010<br/>
     <b>abstract:</b>  
The excess of redshift of the quasar might be produced in its interior by the transference
of heat from the light waves to the radio waves.

   ]]> </description>
</item>
<item>
   <title><![CDATA[Concept and Method of Physimatics, Logic of Existence and the Logical Time Formula]]></title>
   <link>http://viXra.org/abs/1005.0009</link>
   <pubDate>3 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0009v1<br/>
     <b>title:</b>     Concept and Method of Physimatics, Logic of Existence and the Logical Time Formula<br/>
     <b>authors:</b>   Robert Gallinat<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      3 May 2010<br/>
     <b>abstract:</b>  
Conceptual approach and heuristic method for an investigation of
the possible algebraic structure of the interdependence between
mathematical and physical reality and about the connection between 
local, non-local and global properties in physics and mathematics,
expressed by a General N-fold algebra

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Improved of the Chen Jing Run Theorem]]></title>
   <link>http://viXra.org/abs/1005.0008</link>
   <pubDate>2 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0008v1<br/>
     <b>title:</b>     The Improved of the Chen Jing Run Theorem<br/>
     <b>authors:</b>   Tong Xin Ping<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      2 May 2010<br/>
     <b>abstract:</b>  
Chen Jing Run proved that &quot;On the representation of a large even integer as the sum of a 
prime and the product of at most two primes&quot; and lower bound estimations of the number of 
solutions. Jiang Chun Xuan, Tong Xin Ping proved that &quot;An even integer as the sum of a 
prime and the product of two primes&quot; and compute formula of the number of solutions. This 
paper compares the accuracy of the three formulas
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Near-Rings and Their Generalizations]]></title>
   <link>http://viXra.org/abs/1005.0007</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0007v1<br/>
     <b>title:</b>     Smarandache Near-Rings and Their Generalizations<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we study the Smarandache semi-near-ring and nearring,
homomorphism, also the Anti-Smarandache semi-near-ring. We obtain
some interesting results about them, give many examples, and pose some
problems. We also define Smarandache semi-near-ring homomorphism.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Neutrality and Many-Valued Logics]]></title>
   <link>http://viXra.org/abs/1005.0006</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Set Theory and Logic</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0006v1<br/>
     <b>title:</b>     Neutrality and Many-Valued Logics<br/>
     <b>authors:</b>   Andrew Schumann, Florentin Smarandache<br/>
     <b>category:</b>  Set Theory and Logic<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
This book written by A. Schumann & F. Smarandache is devoted to advances
of non-Archimedean multiple-validity idea and its applications to logical reasoning.
Leibnitz was the first who proposed Archimedes' axiom to be rejected.
He postulated infinitesimals (infinitely small numbers) of the unit interval [0, 1]
which are larger than zero, but smaller than each positive real number. Robinson
applied this idea into modern mathematics in [117] and developed so-called
non-standard analysis. In the framework of non-standard analysis there were
obtained many interesting results examined in [37], [38], [74], [117].
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Basic Neutrosophic Algebraic Structures and Their Application to Fuzzy and Neutrosophic Models]]></title>
   <link>http://viXra.org/abs/1005.0005</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0005v1<br/>
     <b>title:</b>     Basic Neutrosophic Algebraic Structures and Their Application to Fuzzy and Neutrosophic Models<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
Study of neutrosophic algebraic structures is very recent. The
introduction of neutrosophic theory has put forth a significant
concept by giving representation to indeterminates. Uncertainty or
indeterminacy happen to be one of the major factors in almost all
real-world problems. When uncertainty is modeled we use fuzzy
theory and when indeterminacy is involved we use neutrosophic
theory. Most of the fuzzy models which deal with the analysis and
study of unsupervised data make use of the directed graphs or
bipartite graphs. Thus the use of graphs has become inevitable in
fuzzy models. The neutrosophic models are fuzzy models that
permit the factor of indeterminacy. It also plays a significant role,
and utilizes the concept of neutrosophic graphs. Thus
neutrosophic graphs and neutrosophic bipartite graphs plays the
role of representing the neutrosophic models. Thus to construct
the neutrosophic graphs one needs some of the neutrosophic
algebraic structures viz. neutrosophic fields, neutrosophic vector
spaces and neutrosophic matrices. So we for the first time
introduce and study these concepts. As our analysis in this book is
application of neutrosophic algebraic structure we found it deem
fit to first introduce and study neutrosophic graphs and their
applications to neutrosophic models.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Smarandache Non-Associative (Sna-) Rings]]></title>
   <link>http://viXra.org/abs/1005.0004</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0004v1<br/>
     <b>title:</b>     Smarandache Non-Associative (Sna-) Rings<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we introduce the concept of Smarandache non-associative rings,
which we shortly denote as SNA-rings as derived from the general definition of a
Smarandache Structure (i.e., a set A embedded with a week structure W such that a
proper subset B in A is embedded with a stronger structure S). Till date the concept of
SNA-rings are not studied or introduced in the Smarandache algebraic literature. The
only non-associative structures found in Smarandache algebraic notions so far are
Smarandache groupoids and Smarandache loops introduced in 2001 and 2002. But they
are algebraic structures with only a single binary operation defined on them that is nonassociative.
But SNA-rings are non-associative structures on which are defined two
binary operations one associative and other being non-associative and addition distributes
over multiplication both from the right and left. Further to understand the concept of
SNA-rings one should be well versed with the concept of group rings, semigroup rings,
loop rings and groupoid rings. The notion of groupoid rings is new and has been
introduced in this paper. This concept of groupoid rings can alone provide examples of
SNA-rings without unit since all other rings happens to be either associative or nonassociative
rings with unit. We define SNA subrings, SNA ideals, SNA Moufang rings,
SNA Bol rings, SNA commutative rings, SNA non-commutative rings and SNA
alternative rings. Examples are given of each of these structures and some open problems
are suggested at the end.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[N-Algebraic Structures and S-N-Algebraic Structures]]></title>
   <link>http://viXra.org/abs/1005.0003</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Statistics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0003v1<br/>
     <b>title:</b>     N-Algebraic Structures and S-N-Algebraic Structures<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Statistics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
In this book, for the first time we introduce the notions of Ngroups,
N-semigroups, N-loops and N-groupoids. We also
define a mixed N-algebraic structure. We expect the reader to be
well versed in group theory and have at least basic knowledge
about Smarandache groupoids, Smarandache loops,
Smarandache semigroups and bialgebraic structures and
Smarandache bialgebraic structures.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Almost Unbiased Estimator for Estimating Population Mean Using Known Value of Some Population Parameter(s)]]></title>
   <link>http://viXra.org/abs/1005.0002</link>
   <pubDate>1 May 2010</pubDate>
   <category>Algebra</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0002v1<br/>
     <b>title:</b>     Almost Unbiased Estimator for Estimating Population Mean Using Known Value of Some Population Parameter(s)<br/>
     <b>authors:</b>   Rajesh Singh, Mukesh Kumar, Florentin Smarandache<br/>
     <b>category:</b>  Algebra<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 May 2010<br/>
     <b>abstract:</b>  
In this paper we have proposed an almost unbiased estimator using known value of some
population parameter(s). Various existing estimators are shown particular members of the
proposed estimator. Under simple random sampling without replacement (SRSWOR) scheme the
expressions for bias and mean square error (MSE) are derived. The study is extended to the two
phase sampling. Empirical study is carried out to demonstrate the superiority of the proposed
estimator.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Quantum Corrections to the Gravitational Potential and Orbital Motion]]></title>
   <link>http://viXra.org/abs/1005.0001</link>
   <pubDate>1 May 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1005.0001v1<br/>
     <b>title:</b>     Quantum Corrections to the Gravitational Potential and Orbital Motion<br/>
     <b>authors:</b>   Ioannis Iraklis Haranas, Vasile Mioc<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      1 May 2010<br/>
     <b>abstract:</b>  
GRT predicts the existence of relativistic corrections to the static Newtonian
potential, which can be calculated and verified experimentally. The idea leading to quantum
corrections at large distances consists of the interactions of massless particles, which only
involve their coupling energies at low energies. Using the quantum correction term of the
potential we obtain the perturbing quantum acceleration function. Next, with the help of the
Newton-Euler planetary equations, we calculate the time rates of changes of the orbital
elements per revolution for three different orbits around the primary. For one solar mass
primary and an orbit with semimajor axis and eccentricity equal to that of Mercury we obtain
that &Delta;&omega;<sub>qu</sub> = 1.517x10<sup>-81 o</sup>/cy, 
while &Delta;M<sub>qu</sub> = -1.840x10<sup>-46</sup> rev/cy.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[On a Concatenation Problem]]></title>
   <link>http://viXra.org/abs/1004.0140</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0140v1<br/>
     <b>title:</b>     On a Concatenation Problem<br/>
     <b>authors:</b>   Henry Ibstedt<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
This article has been inspired by questions asked by Charles
Ashbacher in the Journal of Recreational Mathematics, vol. 29.2. It concerns the
Smarandache Deconstructive Sequence. This sequence is a special case of a more
general concatenation and sequencing procedure which is the subject of this
study. Answers are given to the above questions. The properties of this kind of
sequences are studied with particular emphasis on the divisibility of their terms by
primes.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[Introduction to N-Adaptive Fuzzy Models to Analyze Public Opinion on Aids]]></title>
   <link>http://viXra.org/abs/1004.0139</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0139v1<br/>
     <b>title:</b>     Introduction to N-Adaptive Fuzzy Models to Analyze Public Opinion on Aids<br/>
     <b>authors:</b>   W. B. Vasantha Kandasamy, Florentin Smarandache<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
AIDS is not simply a physical malady, it is also an artifact
of social and sexual transgression, violated taboo, fractured
identity-political and personal projections. Its key words are
primarily the property of the powerful. AIDS: Keywords - is my
attempt to identify and contest some of the assumptions
underlying our current 'knowledge'. In this effort I am joined by
many AIDS activists including people living with 
AIDS - Acquired Immuno Deficiency Syndrome.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[General Combination Rules for Qualitative and Quantitative Beliefs]]></title>
   <link>http://viXra.org/abs/1004.0138</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Artificial Intelligence</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0138v1<br/>
     <b>title:</b>     General Combination Rules for Qualitative and Quantitative Beliefs<br/>
     <b>authors:</b>   Arnaud martin, Christophie Osswald, Jean Desert, Florentin Smarandache<br/>
     <b>category:</b>  Artificial Intelligence<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
Martin and Osswald [15] have recently proposed many generalizations
of combination rules on quantitative beliefs in order to
manage the conflict and to consider the specificity of the responses
of the experts. Since the experts express themselves usually in natural
language with linguistic labels, Smarandache and Dezert [13]
have introduced a mathematical framework for dealing directly also
with qualitative beliefs. In this paper we recall some element of our
previous works and propose the new combination rules, developed
for the fusion of both qualitative or quantitative beliefs.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[An Introduction to the Smarandache Geometries]]></title>
   <link>http://viXra.org/abs/1004.0137</link>
   <pubDate>10 Mar 2010</pubDate>
   <category>Geometry</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0137v1<br/>
     <b>title:</b>     An Introduction to the Smarandache Geometries<br/>
     <b>authors:</b>   L. Kuciuk, M. Antholy<br/>
     <b>category:</b>  Geometry<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      10 Mar 2010<br/>
     <b>abstract:</b>  
In this paper we make a presentation of these exciting geometries and present a model for
a particular one.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[On the 5D Extra-Force According to Basini-Capozziello-Ponce De Leon Formalism and Three Important Features: Chung-Freese Superluminal Braneworld,strong Gravitational Fields and the Pioneer Anomaly.]]></title>
   <link>http://viXra.org/abs/1004.0136</link>
   <pubDate>30 Apr 2010</pubDate>
   <category>Relativity and Cosmology</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0136v1<br/>
     <b>title:</b>     On the 5D Extra-Force According to Basini-Capozziello-Ponce De Leon Formalism and Three Important Features: Chung-Freese Superluminal Braneworld,strong Gravitational Fields and the Pioneer Anomaly.<br/>
     <b>authors:</b>   Fernando Loup<br/>
     <b>category:</b>  Relativity and Cosmology<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Apr 2010<br/>
     <b>abstract:</b>  
We use the 5D Extra Dimensional Force according to Basini-Capozziello-Ponce De Leon,
Overduin-Wesson and Mashoon-Wesson-Liu Formalisms to study the behaviour of the Chung-Freese Superluminal
BraneWorld compared to the Alcubierre Warp Drive and we arrive at some interesting results from the
point of view of the Alcubierre ansatz although we used two different Shape Functions one continuous
g(rs) as an alternative to the original Alcubierre f(rs) and a Piecewise Shape Function fpc(rs) with
a behaviour similar to the Natario Warp Drive. We introduce here the Casimir Warp Drive.We also
demonstrate that in flat 5D Minkowsky Spacetime or weak Gravitational Fields we cannot tell if we
live in a 5D or a 4D Universe according to Basini-Capozziello-Ponce De Leon,Overduin-Wesson and
Mashoon-Wesson-Liu Dimensional Reduction but in the extreme conditions of Strong Gravitational
Fields we demonstrate that the effects of the 5D Extra Dimension becomes visible and perhaps the
study of the extreme conditions in Black Holes can tell if we live in a Higher Dimensional Universe.We
use a 5D Maartens-Clarkson Schwarzschild Cosmic Black String centered in the Sun coupled to the
5D Extra Force from Ponce De Leon together with Mashoon-Wesson-Liu and the definitions of 
Basini-Capozziello and Bertolami-Paramos for the Warp Fields in order to demonstrate that the Anomalous
Effect disturbing two American space probes known as the Pioneer Anomaly is a force of 5D Extra
Dimensional Nature.As a matter of fact the Pioneer Anomaly is the first experimental evidence of the
&quot;Fifth Force&quot; predicted years ago by Mashoon-Wesson-Liu and we also demonstrate that this Extra
Force is coming from the Sun.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (38)]]></title>
   <link>http://viXra.org/abs/1004.0135</link>
   <pubDate>30 Apr 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0135v1<br/>
     <b>title:</b>     The New Prime Theorem (38)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Apr 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that there are infinitely many primes P such that each of
jP<sup>3</sup> + k - j is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (37)]]></title>
   <link>http://viXra.org/abs/1004.0134</link>
   <pubDate>30 Apr 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0134v1<br/>
     <b>title:</b>     The New Prime Theorem (37)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Apr 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that there are infinitely many primes P such that each of
jP<sup>3</sup> + 7 - j is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (36)]]></title>
   <link>http://viXra.org/abs/1004.0133</link>
   <pubDate>30 Apr 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0133v1<br/>
     <b>title:</b>     The New Prime Theorem (36)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Apr 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that there are infinitely many primes P such that each of
jP<sup>3</sup> + 5 - j is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (35)]]></title>
   <link>http://viXra.org/abs/1004.0132</link>
   <pubDate>30 Apr 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0132v1<br/>
     <b>title:</b>     The New Prime Theorem (35)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Apr 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that there are infinitely many primes P such that 2P<sup>3</sup> + 1 and
P<sup>3</sup> + 2 are all prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The New Prime Theorem (34)]]></title>
   <link>http://viXra.org/abs/1004.0131</link>
   <pubDate>30 Apr 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0131v1<br/>
     <b>title:</b>     The New Prime Theorem (34)<br/>
     <b>authors:</b>   Chun-Xuan Jiang<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      30 Apr 2010<br/>
     <b>abstract:</b>  
Using Jiang function we prove that if J<sub>2</sub> (&omega;) &ne; 0 then there are infinitely many primes P such
that each of jP<sup>2</sup> + k - j is a prime, if J<sub>2</sub> (&omega;) = 0 then there are finitely many primes P such
that each of jP<sup>2</sup> + k - j is a prime.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Meaning of the Singularity: 2. Astro-Sociology: Predicting the Presence of Twin Planets (Extended Version)]]></title>
   <link>http://viXra.org/abs/1004.0130</link>
   <pubDate>29 Apr 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0130v1<br/>
     <b>title:</b>     The Meaning of the Singularity: 2. Astro-Sociology: Predicting the Presence of Twin Planets (Extended Version)<br/>
     <b>authors:</b>   Alon Retter<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 Apr 2010<br/>
     <b>abstract:</b>  
This paper presents a remarkable analogy between the human society and Astronomy. Please keep
an open mind as the resemblance is not only qualitative but also quantitative. We point out many
similarities between stars and people, such as properties of grouping - single stars vs. singles, binary
stars vs. couples, cities vs. clusters, countries vs. galaxies, etc. Men and women are linked with cool
and hot stars. We match planets with children and attribute the two genders to gas and solid planets.
Moons are related with pets or grandchildren, asteroids with germs / viruses, accretion disks with
bellies and jets with pukes. Suicide attempts in people are associated with supernovae in stars.
Inflation is connected with the rapid growth of the embryo, and the time the universe became
transparent to light is linked with the human birth. A simple analogue to the cosmic background
radiation is the bellybutton, and the universe acceleration is coupled with the pace increase in
modern life. The mean values of the distributions of star multiples and the number of US
households are almost identical (2.04 and 2.03). Moreover, an amazing resemblance between
the two curves is evident (Fig. 1). The distribution of gas (or solid) planets is similar to that of boys
(or girls) as well, and the fit could improve once selection effects are considered. Monte Carlo
simulations suggest that our results are significant at a confidence level higher of ~99.9%! The
surprising linkage between humanity and stars can lead to many predictions. It is proposed that
about a third of stars harbor planets. We predict that stars are equally divided between hot and cool
stars and planets between gas and solid planets. The presence of four gas and four solid planets in
the solar system supports our prediction. We also forecast that the mean number of planets around
host stars should be near two, larger around binaries than in single stars and higher in hot stars than
in cool stars. We vision the presence of twin planets that share the same orbit. The wealth of known
extra-solar planets should already contain a few such systems. We forecast the presence of a new
astronomical phenomenon, which we alias 'planova' - an eruption in a planet that may destroy it,
and speculate about the presence of planet jets. The ideas and results of this paper are clearly
unusual and unbelievable. A brief explanation to our findings is presented in the discussion and
further developed in forthcoming papers.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Meaning of the Singularity: 2. Astro-Sociology: Predicting the Presence of Twin Planets (Short Version)]]></title>
   <link>http://viXra.org/abs/1004.0129</link>
   <pubDate>29 Apr 2010</pubDate>
   <category>Astrophysics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0129v1<br/>
     <b>title:</b>     The Meaning of the Singularity: 2. Astro-Sociology: Predicting the Presence of Twin Planets (Short Version)<br/>
     <b>authors:</b>   Alon Retter<br/>
     <b>category:</b>  Astrophysics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 Apr 2010<br/>
     <b>abstract:</b>  
We present a remarkable analogy between the human society and Astronomy. Please keep an open
mind as the resemblance is both qualitative and quantitative. We link stars and children with
persons and planets. The two genders are matched with cool and hot stars and with gas and solid
planets. The mean values of the distributions of star multiples and US households are almost
identical. Moreover, an amazing resemblance between the two curves is evident. In addition,
the distribution of gas / solid planets is similar to that of boys / girls as well, and the fit could
improve once selection effects are considered. Monte Carlo simulations suggest that our results
are significant at a confidence level of 99.9%! We thus predict that about a third of stars harbor
planets and that stars are equally divided between hot and cool stars and planets between gas and
solid planets. The presence of 4 gas and 4 solid planets in the solar system supports our prediction.
We forecast that the mean number of planets around host stars should be near two, and vision the
presence of twin planets that share the same orbit. The wealth of known extra-solar planets should
already contain a few such systems.

   ]]> </description>
</item>
<item>
   <title><![CDATA[The Meaning of the Singularity: 1. a Single Particle Universe]]></title>
   <link>http://viXra.org/abs/1004.0128</link>
   <pubDate>29 Apr 2010</pubDate>
   <category>High Energy Particle Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0128v1<br/>
     <b>title:</b>     The Meaning of the Singularity: 1. a Single Particle Universe<br/>
     <b>authors:</b>   Alon Retter<br/>
     <b>category:</b>  High Energy Particle Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      29 Apr 2010<br/>
     <b>abstract:</b>  
We examine the basic term 'particle'. We start by exploring a universe that contains a single
particle. In such a universe there is no meaning for motion, energy, space and time. Only for a two
particles universe the physical quantities can be measured. However, the determination of the
physical quantities implies that the particles are not separated from each other! We thus propose that
all particles are interconnected. This novel perception naturally explains the two well known
paradoxes: the twin-electrons experiment and Schr&ouml;dinger's cat. In fact, we argue that the twinelectrons
experiment is an actual proof for global non-detachment. We state that it cannot be shown
that a particle is elementary. If one is divided by two numerous times, zero is never reached. There
must be a jump into zero - the singularity. The sought Higgs particle is simply the singularity itself,
which cannot be found, having no properties.

   ]]> </description>
</item>
<item>
   <title><![CDATA[How Acoustic Resonance Can Reduce the Average Velocity in a Falling Body?]]></title>
   <link>http://viXra.org/abs/1004.0127</link>
   <pubDate>28 Apr 2010</pubDate>
   <category>Classical Physics</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0127v1<br/>
     <b>title:</b>     How Acoustic Resonance Can Reduce the Average Velocity in a Falling Body?<br/>
     <b>authors:</b>   V. Torres-Z&uacute;&ntilde;iga<br/>
     <b>category:</b>  Classical Physics<br/>
     <b>type:</b>      submission<br/>
     <b>date:</b>      28 Apr 2010<br/>
     <b>abstract:</b>  
In this article, a simple experiment is described for correcting the
misconception that acoustic pressure and levitation effects are hard to observe in
school laboratories. Analysis of the free fall velocity of a toy parachute within a
vertical tube, driven by sound in a range of frequencies around the resonant
condition, exhibits the resonance frequency, the node pressure zones, and the
optimal conditions to obtain acoustical levitation of a light body.

   ]]> </description>
</item>
<item>
   <title><![CDATA[A Fifth Smarandache Friendly Prime Pair]]></title>
   <link>http://viXra.org/abs/1004.0126</link>
   <pubDate>4 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0126v4<br/>
     <b>title:</b>     A Fifth Smarandache Friendly Prime Pair<br/>
     <b>authors:</b>   Philip Gibbs<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      4 May 2010<br/>
     <b>abstract:</b>  
A Smarandache friendly prime pair (SFPP) is a pair of prime numbers (p,q), p &lt; q, such that 
the product pq is equal to the sum of all primes from p to q inclusive. Previously four such 
pairs were known: (2,5), (3,13), (5,31) and (7,53). Now a fifth one is found by a brute force 
computer search. A heuristic approximation can be to estimate the expected number of SFPPs in 
a given interval. The result suggests that the probability of further pairs existing is about 0.07.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Fifth Smarandache Friendly Prime Pair]]></title>
   <link>http://viXra.org/abs/1004.0126</link>
   <pubDate>2 May 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0126v3<br/>
     <b>title:</b>     A Fifth Smarandache Friendly Prime Pair<br/>
     <b>authors:</b>   Philip Gibbs<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      2 May 2010<br/>
     <b>abstract:</b>  
A Smarandache friendly prime pair (SFPP) is a pair of prime numbers (p,q), p &lt; q, such that 
the product pq is equal to the sum of all primes from p to q inclusive. Previously four such 
pairs were known: (2,5), (3,13), (5,31) and (7,53). Now a fifth one is found by a brute force 
computer search. A heuristic approximation can be to estimate the expected number of SFPPs in 
a given interval. The result suggests that the probability of further pairs existing is about 0.07.
  
   ]]> </description>
</item>
<item>
   <title><![CDATA[A Fifth Smarandache Friendly Prime Pair]]></title>
   <link>http://viXra.org/abs/1004.0126</link>
   <pubDate>30 Apr 2010</pubDate>
   <category>Number Theory</category>
   <description> <![CDATA[
     <b>reference:</b> viXra:1004.0126v2<br/>
     <b>title:</b>     A Fifth Smarandache Friendly Prime Pair<br/>
     <b>authors:</b>   Philip Gibbs<br/>
     <b>category:</b>  Number Theory<br/>
     <b>type:</b>      replacement<br/>
     <b>date:</b>      30 Apr 2010<br/>
     <b>abstract:</b>  
A Smarandache friendly prime pair (SFPP) is a pair of prime numbers (p,q), p &lt; q, such that 
the product pq is equal to the sum of all primes from p to q inclusive. Previously 