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Larkin, David J. 2002<br />

Light-speed invariance: updated: Nov. 2002 / David<br />

J. Larkin. - [Australien]: WWW 2002. 3 S.<br />

URL: http://www.davidjlarkin.com/documents/<br />

eContent/essays/articles/archived/lightSpeed_1.html<br />

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

Larson, Delbert J. 2002<br />

The most general fundamental failures of modern physics<br />

/ Delbert J. Larson.<br />

In: Episteme. An international journal of science,<br />

history and philosophy. Nr. 6, Parte 2. 2002, 21. Dez.,<br />

ca. 2 S. = http://itis.volta.alessandria.it/<br />

episteme/ep6/ep6-II.htm<br />

SRT. BELL. ASPECT. ERK.<br />

Sieht drei allgemeine und fundamentale Fehlentwicklungen<br />

der modernen Physik, von denen die erste<br />

("Abandonment of Objective Reality") die SRT betrifft:<br />

"... but it fell to Bell (name forever to be praised) to<br />

develop inequalities capable of testing whether or not<br />

quantum mechanics does indeed violate relativitistic<br />

causality. The tests have been done, (Aspect, et al, were<br />

the first, but there have been many more experiments<br />

since) and quantum mechanics does indeed predict the<br />

correct results of the Bell's inequality experiments. But<br />

underlying the EPR argument was an assumption. The<br />

assumption was that relativity was correct, and it is a<br />

readily obtained result of relativity that no cause can<br />

create an effect if the cause is separated from the effect<br />

by a relativistic spacelike interval. Faced with the conundrum<br />

of Bell's inequalities being an experimental reality,<br />

modern physics therefore faced a choice. One could<br />

either set relativity aside, or set objective reality aside.<br />

Modern Physics chose the latter. I believe that the<br />

wrong choice was taken. Einstein was very clear in his<br />

reverence for an objective reality, and so am I. It is clear<br />

to me that relativity should have been set aside as a<br />

result of the tests of Bell's inequalities, and that the<br />

concept of an objective reality should have remained<br />

paramount."<br />

Die beiden anderen Fehlentwicklungen sind "The<br />

Trend toward Complexity" und "An Insistance on the<br />

Illusion of the Simplicity of Point-like Entities": "While<br />

the concept of a point is mathematically simple, it also<br />

leads directly to physical infinities, and the need for<br />

"renormalization".<br />

Larson, Delbert J. 2002<br />

The state of experimental evidence for length contraction<br />

/ Delbert J. Larson.<br />

In: Episteme. An international journal of science,<br />

history and philosophy. Nr. 6, Parte 2. 2002, 21.<br />

Dez., ca. 7 S. = http://itis.volta.alessandria.it/<br />

episteme/ep6/ep6-II.htm<br />

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

184<br />

SRT. LK. EXP. SHERWIN. CERN.<br />

"Abstract. - The idea that physical objects become<br />

shorter as they move is now well established in physical<br />

theory. Both the classical theories of Lorentz, Larmor,<br />

Fitzgerald and Poincare and the more radical special<br />

theory of relativity of Einstein incorporate a physical<br />

length contraction into their worldview. However, no<br />

direct measurement of length contraction has ever been<br />

done. One experiment that tried to observe the effect of<br />

a length contraction was done by Sherwin, who found<br />

no evidence of a length contraction. This paper will<br />

analyze the assumptions underlying Sherwin's experiment<br />

to show that Sherwin's experiment is in fact equivocal<br />

concerning the existence of a length contraction.<br />

This paper will also make mention of another important<br />

recent observation that has relevance to the issue of the<br />

existence of physical length contraction." Kommt zu<br />

dem Ergebnis: "As of July, 2002, it is still not proven<br />

that a length contraction exists."<br />

Lasker, Emanuel 2005<br />

Antinomie der Relativitätstheorie / Emanuel Lasker.<br />

In: Die Relativitätstheorie fällt. Hrsg.: G. Anger, J.<br />

P. Wesley, H. Kaegelmann. Windeck/Sieg 2005, S.<br />

111-112. - Status: Kritik. - Quelle: Autopsie.<br />

Lavenda, B. H. 2003<br />

Three tests of general relativity via Fermat's Principle<br />

and the phase of Bessel functions / B. H. Lavenda. -<br />

[Italien]: WWW 2003. 16 S.<br />

URL: http://arxiv.org/pdf/math-ph/0310054v1<br />

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

Lavrushkin, Vladimir P. 2007<br />

The unsoundness of special relativity theory / V. P.<br />

Lavrushkin.<br />

In: Galilean electrodynamics. 18. 2007, Special<br />

issue Nr. 1, S. 17-20.<br />

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

Ledesma Ramos, ... 1928<br />

Hans Driesch y las teorías de Einstein / Ledesma Ramos.<br />

In: La gaceta literaria. 1928, 15. Okt.<br />

Status: Kandidat. - Quelle: Soler Ferran 2009 (Teoria).<br />

Ledesma, José Miguel 2011<br />

El éter de Einstein / José Miguel Ledesma. - [Argentinien]:<br />

WWW 2011. 1 S.<br />

URL: http://www.trestipos.com.ar/ledesma/<br />

index.php?pagina=eter_es&idio...<br />

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

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