Authors: Demjanov V.V.
It is shown, that the measured speed of light (and the phase and group) everywhere on Earth, and in near-Earth of air atmosphere, and in cosmic vacuum, has the same of variative characteristic, like y many natural phenomena. For describ of constant value of tempo of relativistic processes need quite another measure. She is named here "tempo aether-permeability" of electromagnetic waves (EMW) through light-carrying medium. Because of the refusal from aether, in SRT in more 100 years did not know "mechanism aether-permeability" space EMW and have no to him of interest. Instead this mechanism being imposed erroneous declaration of "sameness" of phenomena and velocities of EMW in the "vacuum" of still and moving inertial reference of systems (IRS). Created in 1870th aether-dinamic theory EMW (Maxwell's) has revealed only a unity electric and the wave nature of light phenomena , but not "sameness" speed and procedural characteristics of their implementation, strongly emphasizing the variety of speeds to implement them in the expanse of the world. Formed on the basis of Maxwell's theory in the period 1890-1904s efforts Lorentz and Poincare aether-dinamic theory of relativity (ADTR) was based on more accuracy wording of "postulates relativity movements". According them: 1) the speed of light in different IRS is is not constant, but only is finite as well as unattainable for infinite accelerating objects, since particles was considered "clusters" the aether; 2) only the formulas of laws in different ways of moving IRS is identical (Lorentz-invariant), but not their proces implementation. Namely ADTR, not his the "without-aether kinematic copy" of SRT, with efforts of genius of relativists 20th century gives the successful development of industrial applications. On this of worthy the basis we is explain, how to maintain the moment of EMW at different speeds (c*=c/n) by propagation in a medium with a refraction n≠1. This resolves a long-standing dilemma of the Abraham-Minkowski and to prove invariance the radical of the Lorentz transformations not only for n=1, but also in the mediums with n≠1.
Comments: 14 Pages. corrected typos and added Russian text
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