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Status: Kandidat. - Quelle: URL: Ungar. NB, URL:<br />
http://nektar2.oszk.hu/LVbin/LibriVision/.<br />
Elek, Tibor 1967<br />
A fizikai idealizmus fideista vonalának erõsödése korunkban<br />
/ Elek Tibor.<br />
In: Budapest : Felsõokt. Jegyzetell. soksz. Terj./<br />
Fiz. jell.: p. 18-32. ; 24 cm.<br />
Status: Kandidat. - Quelle: URL: Ungar. NB, URL:<br />
http://nektar2.oszk.hu/LVbin/LibriVision/.<br />
Elek, Tibor 1973<br />
Marxizmus és relativitáselmélet: megjegyzézek Albert<br />
Einstein tudományos önéletrajzához / Elek Tibor. - Budapest:<br />
Akadémiai Kiadó 1973. 303 S.<br />
Übers. des Titels: Marxismus und Relativitätstheorie.<br />
Status: Kandidat. - Quelle: Autopsie.<br />
Enders, Achim 1992<br />
On superluminal barrier traversal / A. Enders, G. Nimtz.<br />
In: Journal de physique. [Teil] 1. France. Bd. 2.<br />
1992, Nr. 9, Sept., S. 1693-1698.<br />
Status: Kandidat. - Quelle: Millenium Twain 1995<br />
(The undiscovered physics).<br />
Enders, Achim 1993<br />
Photonic-tunneling experiments / A. Enders, G.<br />
Nimtz.<br />
In: Physical review. B. 47. 1993, Nr. 15, April, S.<br />
9605-9609.<br />
Status: Kandidat. - Quelle: Millenium Twain 1995<br />
(The undiscovered physics).<br />
Enders, Achim 1993<br />
Zero-time tunneling of evanescent mode packets /<br />
A. Enders, G. Nimtz.<br />
In: Journal de physique. [Teil] 1. France. Bd. 3.<br />
1993, May, S. 1089-1092.<br />
Status: Kandidat. - Quelle: Millenium Twain 1995<br />
(The undiscovered physics).<br />
Engelhardt, Wolfgang 1980 ca.<br />
Interpretation of the Michelson-Morley Experiment in<br />
the photon picture of light / W. Engelhardt. - Garching:<br />
Engelhardt [Selbstverlag] 1980 ca.. 8 S.<br />
Status: Kritik. - Quelle: Autopsie; Engelhardt 2003<br />
(Relativistic Doppler effect), S. 49: manuscript available on<br />
request; postal address: Max-Planck-Institut f¨ur Plasmaphysik,<br />
D-85741 Garching,<br />
Wolfgang.Engelhardt@ipp.mpg.de.<br />
SRT. C-K. LORTF. MMV. PHOTON. ENERGIE.<br />
S. 1: "Abstract. - The law of reflection of light at a<br />
moving mirror is derived by requiring conservation of<br />
momentum and energy of the system: photons plus<br />
mirror. Application of this law to a moving Michelson<br />
interferometer yields the null result of the Michelson-<br />
Morley experiment without invoking the Lorentz transformation.<br />
I. Introduction. - The Michelson-Morley experiment<br />
[1], although not mentioned in Einstein's famous<br />
paper of 1905 [2], is presently taken as the experimentum<br />
crucis confirming the Lorentz trans-formation [3] , which<br />
is the basis of the Special Theory of Relativity. In this<br />
paper it will be argued, however, that the standard<br />
interpretation of this experiment suffers from a flaw: It<br />
assumes a law of reflection at a moving mirror which is<br />
not obeyed by photons. Consequently, the Michelson-<br />
Morley experiment cannot be taken as proof for the<br />
extended Einstein postulate that the velocity of light is<br />
not only independent of the velocity of the source, but<br />
is also independent of the velocity of the observer from<br />
which the Lorentz transformation is deducted."<br />
Engelhardt, Wolfgang 2001<br />
A remark on the constancy of the velocity of light:<br />
draft of August 8, 2001 / W. Engelhardt. - München:<br />
WWW 2001. 4 S.<br />
URL: www.ekkehard-friebe.de/lightvelocity1.pdf<br />
SRT. C. ART. POUND-REBKA. MARYLAND-EXP.<br />
S. 1, Introduction: "In this note we discuss the famous<br />
experiment by Pound and Rebka of 1960 who used the<br />
Mössbauer effect to measure the "apparent weight of<br />
photons". We compare it with the "Maryland experiment"<br />
of Alley proving that atomic clocks run faster<br />
with increasing distance from the gravitational center.<br />
Both experiments are frequently said to confirm in an<br />
"equivalent" way a simple formula derived in GRT,<br />
but, as already hinted by Pound and Rebka, this is<br />
actually not true. We include in our comparison a simple<br />
gedanken experiment which is based on the conservation<br />
of energy and we come to the conclusion that the<br />
real experiments may be reconciled when we allow for<br />
a variation of the velocity of light."<br />
Engelhardt, Wolfgang 2003<br />
Relativistic Doppler Effect and the principle of relativity<br />
/ W. Engelhardt.<br />
In: Apeiron. 10. 2003, No. 4, October, S. 29-49<br />
= http://redshift.vif.com/JournalFiles/V10NO4PDF/<br />
V10N4ENG.pdf - 21 S.<br />
SRT. RP. DOPPLER. ABERR. LORTF. GALILEI-TF.<br />
S. 29: Abstract: "The frequency shifts predicted by the<br />
`relativistic' Doppler effect are derived in the photon<br />
picture of light. It turns out that, in general, the results<br />
do not depend exclusively on the relative velocity between<br />
observer and light source. In this respect, the<br />
relativistic Doppler effect is not distinct from the classical<br />
one, where the shifts are also different depending<br />
on whether the source or the observer moves. The `rela-<br />
Textversion 1.2 - 2012 113<br />
G. O. Mueller: SRT Kap. 4-Erg..