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Sokolov, Gennady 2005<br />

The postulates of special relativity (in russ.Sprache)<br />

/ Gennady Sokolov, Vitali Sokolov.<br />

In: The general science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolov3r.pdf - 3 S.<br />

Status: Kritik. - Quelle: Autopsie.<br />

Sokolov, Gennady 2005<br />

The special theory of relativity can be disproved experimentally:<br />

[datiert: 24.2.05] / Gennady Sokolov, Vitali<br />

Sokolov.<br />

In: The general science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolov.pdf - 34 S.<br />

SRT. C-K. C-U. ARAGO. ABERR.<br />

"Conclusion. - The situation in the modern physics is<br />

alike to the situation in the ancient astronomy when<br />

they thought that the Earth is in the centre of the Universe<br />

and all primary planets and all stars revolve round<br />

the Earth. The Ptolemey's geocentric theory could describe<br />

the movements of the celestial bodies but explained<br />

the reason of such complicated movements wrong. The<br />

special theory of relativity describes most of the optical<br />

phenomena but explains them wrong in principle.<br />

The underlying postulate of the special theory of<br />

relativity states that the speed of light depends neither<br />

on the movement of the source nor on the movement of<br />

the observer measuring this speed. This postulate necessarily<br />

leads to the strange inferences about the time<br />

dilation, the increase of the mass and the length contraction<br />

in the moving frames of reference. In accordance<br />

with this postulate all known phenomena and experiments<br />

(Fizeau, Arago, Michelson and so on) are explained<br />

wrong and the new experiments are not carry<br />

out if they contradict to this postulate.<br />

However the postulate of the invariability of the<br />

light speed is not proved experimentally. The independence<br />

of the speed of light from the movement of the<br />

source is proved convincingly. But no one experiment<br />

on the proof of the dependence of the light speed from<br />

the movement of the observer, except the wrong Arago's<br />

experiment, was carried out. Besides, well known phenomenon<br />

of the star aberration cannot be explained by the<br />

special theory of relativity and obviously contradicts<br />

this theory."<br />

Sokolov, Gennady 2005<br />

The special theory of relativity can be disproved experimentally<br />

(in russ. Sprache) / Gennady Sokolov, Vitali<br />

Sokolov.<br />

In: The general science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolovr.pdf - 42 S.<br />

Status: Kritik. - Quelle: Autopsie.<br />

G. O. Mueller: SRT. Kap. 4-Erg.<br />

296<br />

Sokolov, Gennady 2005<br />

Star aberration and the transverse Doppler effect: [datiert:<br />

20.7.05] / Gennady Sokolov, Vitali Sokolov.<br />

In: The General science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolov6.pdf - 6 S.<br />

SRT. DOPPLER. ABERR.<br />

Auszug: "Abstract. - The transverse Doppler effect<br />

and star aberration arise when the source of light or the<br />

observer move in a direction perpendicular to the line,<br />

"source of light - observer". Special relativity considers<br />

the transverse Doppler effect as proof of time dilation<br />

in moving systems. The absence of aberration in the<br />

case when binary stars move cannot be explained by<br />

this theory at all. - It is shown in this article that star<br />

aberration and the transverse Doppler effect have an<br />

identical and simple explanation and both contradict<br />

the special theory of relativity.<br />

It should be stated that special relativity considers<br />

only two situations with transverse movement of the<br />

light source and observer. (...) But there are two other<br />

possible situations with the movement of the light source<br />

and of the observer in a direction perpendicular to the<br />

line, "source of light - observer":<br />

3. The observer moves at speed V in the direction<br />

perpendicular to the line "source of light - observer"<br />

and measures the frequency of the light reaching him<br />

from an immovable source.<br />

4. The source moves at speed V in a direction<br />

perpendicular to the line "source of light - observer"<br />

and the observer measures the angle at which the light<br />

beam approaches from the source.<br />

It is shown below, that both these situations contradict<br />

the special theory of relativity. (...)<br />

Conclusion - Star aberration and the transverse<br />

Doppler effect arise as a result of a vector summation of<br />

the speed of the photons with the speed of the observer<br />

or the source of light. That is, both these effects have<br />

simple kinematic explanations and do not prove that<br />

time dilation takes place in moving systems. Both these<br />

phenomena contradict special relativity and prove its<br />

falsity."<br />

Sokolov, Gennady 2005<br />

Star aberration and the transverse Doppler effect (in<br />

russ. Sprache): [datiert: 20.7.05] / Gennady Sokolov,<br />

Vitali Sokolov.<br />

In: The General science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolov6r.pdf - 7 S.<br />

Status: Kritik. - Quelle: Autopsie.<br />

Sokolov, Gennady 2005<br />

The theory of relativity and physical reality: [datiert:<br />

4.9.99] / Gennady Sokolov, Vitali Sokolov.<br />

In: The General science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolov8.pdf - 13 S.<br />

Status: Kritik. - Quelle: Autopsie.<br />

Textversion 1.2 - 2012

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