Quantization and Discretization at Large Scales

Authors: Florentin Smarandache, V. Christianto, Pavel Pintr

The ongoing search of extrasolar planets is one of the most attractive fields of research in astrophysics and astronomy nowadays. Up to now, 360 extrasolar planets have been discovered near stars with similar mass as the Sun. There is also discovery related to the so-called Earth-like planets. With regards to these discoveries, one intriguing question is whether there is relationship between orbit distance of the planets and their stars. Various formulas have been suggested since 1990s, and they suggest that there may be reason to accept quantization of distances of those planets both in our solar system and also in extrasolar systems as well. This book discusses this issue (Rubcic & Rubcic), along with other interesting issues such as protoplanetary formation of solar system (Pintr, prof. Per\inova% , & dr. Luks\), precession in solar system (Pitkanen) and other topics. Another line of thought explored herein is the correspondence between cosmological phenomena and condensed matter physics, and therefore we can think that the quantization of orbit distances can be caused by superfluid helium quantization. This issue is explored by F. Smarandache and V. Christianto. Moreover, F. Smarandache also discusses possible new era of research that is pertaining to superluminal physics and instantaneous physics. Ion Patrascu and D. Rabounski discuss superluminality from their perspectives. And M. Pereira discusses his Hypergeometrical Universe model. This book is published after our previous book: Quantization in astrophyisics, Brownian motion, and Supersymmetry which was released about five years ago. Perhaps the ideas presented herein will have impact on discussions concerning quantum cosmology, which so far it cannot be observed. On the contrary, quantization at large scales can be observed. We hope that this volume will add a new chapter in our understanding of the Universe, from the viewpoint of quantization and discretization at large scales.

Comments: 224 Pages.

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Submission history

[v1] 2012-01-09 02:23:08
[v2] 2012-01-28 00:00:33

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