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My point in all this is that to say RT has been 'proved<br />
by science' is to raise grave doubts, if not eyebrows or<br />
laughter. [...]<br />
RT holds that the speed of light is invariant no matter<br />
what the reference frame. This notion is bound up<br />
with the theory that objects 'contract' when approaching<br />
the speed of light (the 'Lorentz transformation') - a<br />
necessity if the speed of light is to remain invariant to<br />
all observers. My objection to this is that it is just plain<br />
silly. It has the sound of an ad hoc explanation whose<br />
purpose is to cover up for other inadequacies ... [...]<br />
RT holds that time slows down for objects accelerated<br />
to near the speed of light. But this again smacks<br />
of gross silliness - does anyone seriously think that<br />
my twin brother, if packed off in a space ship accelerated<br />
to near the speed of light which goes to some distant<br />
star and then returns to earth after a few years, is going<br />
to be physically younger than me? It sounds like just<br />
another ad hoc explanation intended to cover for theoretical<br />
error. [...]<br />
The existence of the ether has apparently been proved<br />
by the experiments of Dayton Miller, and this disproves<br />
the major basis for RT, namely, the (erroneous) results<br />
of the Michelson-Morley experiments. But if the ether<br />
exists, then this is proof of the universe's absolute spatial<br />
framework (as opposed to the relativistic one): If the<br />
universe is immersed in a 'jelly-bowl' of ether, then the<br />
ether provides a physical framework for 'absolute' position<br />
and movement. [...]<br />
Einstein has been accused of plagiarism, and he was<br />
certainly guilty of it in at least the case of having stolen<br />
E=mc2 from another researcher without acknowledgement.<br />
[...]<br />
I do know that a small number of qualified investigators<br />
have been convinced that RT is full of serious<br />
error, and that some impressive works have been published<br />
on this subject. But I also know that questions<br />
about RT, like questions about many other Establishment<br />
'givens', have been suppressed, hushed up, poopooed,<br />
and generally relegated to the cold back burner<br />
of a stove that has been left in a junkyard to rust.<br />
In short, RT is just one more instanace of an intellectual<br />
Establishment whose corruption is so insufferably<br />
fetid as to induce one to barf at both ends."<br />
Bryant, Steven B. 2003<br />
Reexamining special relativity: revealing and correcting<br />
SR's mathematical inconsistency / Steven B.<br />
Bryant. - [USA]: WWW 2003. 40 S.<br />
URL: http://www.relativitychallenge.com/papers/<br />
Bryant.Relativity.08072005.pdf.<br />
SRT. LORTF. RAUM. ZEIT. MATH.<br />
S. 1: "Einstein's Special Relativity transformation equations<br />
are the foundation of the modern understanding<br />
of space and time. These equations are believed to be<br />
mathematically consistent. Here we find that the com-<br />
monly accepted Special Relativity equations are not<br />
mathematically consistent and were created using steps<br />
that include subtle, yet significantly important, mathematical<br />
errors. Because these findings are mathematical<br />
in nature, they can be confirmed independently and are<br />
not dependent on any physics terminology associated<br />
with Special Relativity. This discovery, and the required<br />
correction, has implications on the predictive characteristics<br />
of the equations as well as on our theoretical<br />
understanding of space and time."<br />
Bryant, Steven B. 2005<br />
Communicating special relativity theory's mathematical<br />
inconsistencies / Steven B. Bryant. - [USA]:<br />
WWW 2005. 16 S.<br />
Quelle: http://www.relativitychallenge.com/papers/<br />
Bryant.Challenging%20Relativity.08072005.REV%203.pdf<br />
SRT. MATH.<br />
S. 1: "Einstein's Special Relativity Theory is believed<br />
to be mathematically consistent. Here we find subtle<br />
and difficult to detect mathematical mistakes in each of<br />
Einstein's derivations. In his 1912 paper, the mistake is<br />
traced to the misuse of set algebra instead of statement<br />
algebra. Specifically, he uses the "=" relation on the<br />
Real set instead of the "=" relation on the Binary set,<br />
incorrectly establishing the equivalence of equations.<br />
Because the two "=" relations operate on different sets,<br />
they cannot be used interchangeably."<br />
S. 14-15: "Conclusion. - The goal of this paper<br />
was to highlight and communicate the mathematical<br />
inconsistencies in Einstein's derivations. We have<br />
analyzed Einstein's derivations to reveal mathematical<br />
errors in each. Each challenge satisfies the success<br />
criteria since they are not based on the colloquial meaning<br />
of any variable or equation and can be mathematically<br />
verified.<br />
While Einstein's equations provide predictions that<br />
are sufficiently close to the experimental results [25], the<br />
theory itself is challenged on mathematical consistency<br />
grounds. No amount of experimental evidence can make<br />
an internally inconsistent theory correct, no matter how<br />
"close" the theory may be in its predictive characteristics.<br />
A complete analysis of the mathematical correction,<br />
the meaning of the corrected equations, and the relationship<br />
of the corrected equations to existing experimental<br />
results are beyond the scope of this paper and are explained<br />
in Reexamining Special Relativity. Import-antly,<br />
the author's alternative theory, as presented in Reexamining<br />
Special Relativity, remains consistent with the<br />
experimental results while being mathematically distinguishable<br />
from SRT."<br />
Textversion 1.2 - 2012 85<br />
G. O. Mueller: SRT Kap. 4-Erg..