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Lenard, Philipp 2005<br />
Questions about the speed of light: [Übers. mit umfangreichen<br />
Anmerkungen d. Übersetzers, datiert:<br />
23.5.05] / P. Lenard; transl.: R. R. Traill.<br />
In: The general science journal. 2005 =<br />
http://gsjournal.net/physics/traill.pdf - 7 S.<br />
Original-T.: Fragen der Lichtgeschwindigkeit. In: Astronomische<br />
Nachrichten. 213. 1921, Nr. 5107, Sp. 303-308.<br />
Status: Kritik. - Quelle: Autopsie.<br />
Lenard, Philipp 2005<br />
[Zitate aus 2 Arbeiten von 1921 und 1922] / P. Lenard<br />
u. F. Schmidt.<br />
In: Die Relativitätstheorie fällt. Hrsg.: G. Anger, J.<br />
P. Wesley, H. Kaegelmann. Windeck/Sieg 2005, S.<br />
211-212.<br />
Auszüge aus: (1) Über Relativitätsprinzip, Äther u. Gravitation.<br />
1921. (2) Über Äther u. Uräther. 1922. - Beteiligung F.<br />
Schmidt fraglich: in den Quellen nicht als Mitverf. genannt.<br />
Status: Kritik. - Quelle: Autopsie.<br />
Le Roux, Jean 1937<br />
Le problème de la relativité d'après les idées de Poincaré<br />
/ J. Le Roux.<br />
In: Société Scientifique de Bretagne. Rennes. Bulletin.<br />
14. 1937, facs. h. s., S. 3-10.<br />
Hent90/1405: nicht beschaffbar.<br />
Status: Kritik. - Quelle: Autopsie.<br />
Le Roux, Jean 2005<br />
Der Bankrott der Relativitätstheorie / Jean Le Roux.<br />
In: Die Relativitätstheorie fällt. Hrsg.: G. Anger, J.<br />
P. Wesley, H. Kaegelmann. Windeck/Sieg 2005, S.<br />
112-125. - Status: Kritik. - Quelle: Autopsie.<br />
Levi-Civita, Tullio 1917<br />
Sulla espressione analitica spettante al tensore gravitazionale<br />
nella teoria di Einstein.<br />
In: Accademia dei Lincei. Cl. di sc. fis., mat. e nat.<br />
Rendiconti. Ser. 5, vol. 26. 1917, S. 381-391.<br />
Engl. Übers.: On the analytical expression that must be<br />
given to the gravitational tensor in Einstein's theory. 1999.<br />
Status: Kandidat. - Quelle: Engl. Übers.<br />
Levi-Civita, Tullio 1999<br />
On the analytical expression that must be given to the<br />
gravitational tensor in Einstein's theory / T. Levi-<br />
Civita; translation and foreword by S. Antoci and A.<br />
Loinger. - [Australien]: WWW 1999. 9 S.<br />
Original-Veröff. u.d.T.: Sulla espressione analitica spettante<br />
al tensore gravitazionale nella teoria di Einstein. In: Reale Accademia<br />
dei Lincei. Rendiconti. Ser. 5., Vol. 26. 1917, S. 381-<br />
391. - Internet: arXiv:physics/9906004 v1 2 Jun 1999 -<br />
www.sjcrothers.plasmaresources.com/Levi-Civita.pdf.<br />
G. O. Mueller: SRT. Kap. 4-Erg.<br />
186<br />
ART. GRAVIT. TENSOR.<br />
S. 1: "Foreword. While most textbooks of general relativity<br />
and research articles discuss at length the relative<br />
merits of the pseudo tensors proposed by Einstein and<br />
by other authors for representing the energy of the gravitational<br />
field, Levi Civita's definition of a true gravitational<br />
energy tensor has succumbed to Einstein's authority<br />
and is nearly forgotten. It seems however worthy of<br />
a careful re-examination, due to its unquestionable<br />
logical soundness and to the unique manner of propagation<br />
for gravitational energy that it entails."<br />
S. 1: "The idea of a gravitational tensor belongs to<br />
the great construction by Einstein. However its definition<br />
as given by the Author cannot be considered final. First<br />
of all, from the mathematical standpoint, it lacks the<br />
invariant character that it should instead necessarily<br />
enjoy according to the spirit of general relativity. Even<br />
worse is the fact, perceived with keen intuition by<br />
Einstein himself (1), that from such a definition it follows<br />
a clearly unacceptable consequence about the<br />
gravitational waves."<br />
S. 9: "Now it is well known ... that differential invariants<br />
of the 1. order which are intrinsic ... do not exist.<br />
This is enough to render, at least in general, not admissible<br />
the form of the gravitational tensor taken by Einstein.<br />
The latter however had already felt some uneasiness<br />
... after having outlined with genial simplicity the<br />
theory of the gravitational waves, he was led to the<br />
unacceptable result that also spontaneous waves should<br />
as a rule give rise to dispersion of energy through irradiation.<br />
"Since this fact" - these are his words - "should<br />
not happen in nature, it seems likely that quantum<br />
theory should intervene by modifying not only Maxwell's<br />
electrodynamics, but also the new theory of<br />
gravitation".<br />
Actually there is no need of reaching to quanta. It is<br />
enough to correct the formal expression of the gravitational<br />
tensor in the way shown here. Then the possibility<br />
of being confronted with consequences not corresponding<br />
to the physical intuition is a priori excluded, in<br />
the case either of free waves or of another purely gravi<br />
tational phenomenon."<br />
Levick, R. B. M. 1948<br />
Criticism of the theory of relativity: an alternative / R.<br />
B. M. Levick. - Camden Town, London: Mac Hardy<br />
1948. 2, 16, 15 S.<br />
Appendix: List of address. p. 1-15.<br />
Status: Kandidat. - Quelle: Brown University Library;<br />
URL: http://library.brown.edu/<br />
Levrini, O. 1999<br />
Relatività ristretta e concezioni di spazio.<br />
In: Giornale di fisica. 40. 1999, S. 210.<br />
Status: Kandidat. - Quelle: Macrì 2002 (FLOP).<br />
Textversion 1.2 - 2012