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Goicoechea, José Maria de 1923<br />
Las teorías de Einstein y su critica: conferencias 8 y<br />
9 junio 1923 en el Ateneo de Madrid / José María<br />
de Goicoechea y Alzuarán. - Madrid: Escuela Tipográfica<br />
de San Antón 1923. 47 S.<br />
Status: Kandidat. - Quelle: BNE.<br />
Golden, S. 2000<br />
Non-kinematicity of the dilation of time-relation of<br />
Einstein for time-intervals.<br />
In: Zeitschrift für Naturforschung. 55 a. 2000, S.<br />
563-569.<br />
Status: Kandidat. - Quelle: Hamdan 2004 (Abandoning).<br />
Goldschmidt, Ludwig 2005<br />
Unkenntnis und Willkür / Ludwig Goldschmidt.<br />
In: Die Relativitätstheorie fällt. Hrsg.: G. Anger, J.<br />
P. Wesley, H. Kaegelmann. Windeck/Sieg 2005, S.<br />
100-101. - Status: Kritik. - Quelle: Autopsie.<br />
Gomez de Olea, Mariano 1987<br />
Ley dinamica de la masa gravitatoria / autor, Mariano<br />
Gomez de Olea. - Pamplona: Gomez de Olea [Selbstverlag]<br />
1987. 78 Bl.<br />
Status: Kritik. - Quelle: Autopsie.<br />
Gormsen, Marius 1970<br />
Relativitets skandalen / Marius Gormsen. - København:<br />
[Selbstverlag] 1970. 7 S.<br />
Status: Kandidat. - Quelle: Royal Library Copenhagen.<br />
Gormsen, Marius 1973<br />
Dynamiske tvillinger: lyspartikler i Michelsonforsøget<br />
og bøssekugler på et skib / Marius Gormsen. - København:<br />
[Selbstverlag] 1973. 10 S.<br />
Status: Kandidat. - Quelle: Royal Library Copenhagen.<br />
Gou, Wenjian 2005<br />
Examining theory of relativity with researching vacuum<br />
[in chines. Sprache] / Gou Wenjian.<br />
In: Fu, Yuhua 2005 (Research and challenge), S.<br />
45-46. [Referat in engl. Spr.]<br />
Quelle: Fu, Yuhua 2005 (Research and challenge).<br />
SRT. RP. C-K. ZWP. ART. AEQIVAL. GRAVIT. PHO-<br />
TONEN. RAUM-KRUEMMUNG.<br />
Y. Fu berichtet (S. 45-46): "With the theory and the<br />
observation experience it is easy to determine that, the<br />
vacuum V has the following existence content and the<br />
object component ...<br />
G. O. Mueller: SRT. Kap. 4-Erg.<br />
134<br />
Examining the special theory of relativity with particle<br />
IV model. Here we obtain all useful results of special<br />
theory of relativity, certainly does not need the relativity<br />
principle and the principle of invariance of light speed<br />
in vacuum, therefore avoiding all disputes from this.<br />
The special theory of relativity produced the space<br />
and time to have the relativity of motion of matter, and<br />
from this produced the paradoxes such as the twin paradox.<br />
These problems and paradoxes of special theory of<br />
relativity, are automatically solved and eliminated in<br />
the particle IV model.<br />
Examining the general theory of relativity with particle<br />
IV model. The obtained main two aspects related to<br />
the general theory of relativity are as follows: ...<br />
1st, through the analysis and computation: For the<br />
ordinary density heavenly bodies which radius not<br />
smaller than 10^6 m , the gravitational mass could be<br />
smaller than the inertia mass; The ordinary density<br />
object which radius not greater than 10^6 m , the gravitational<br />
mass and the inertia mass are strictly equal;<br />
2nd, according to the calculation, under the ideal<br />
condition, after the distance of 1,8 x 10^10 light years,<br />
the photon's momentum will lose to the greatest extent,<br />
here we cannot observe the universe with light.<br />
To have the following understanding and illustration<br />
to the general theory of relatively and the cosmology:<br />
1st, photon's track will be curving as passing through<br />
the neighborhood of large mass heavenly body, this<br />
certainly is not the space has occurred, but because this<br />
kind of track curving is the gravitation result, explaining<br />
it may be effective to consider the photon's moving<br />
track and the space curving are equivalent, but only in<br />
the case that the gravitational mass and the inertia mass<br />
are strictly equal, this mathematics description of<br />
equivalent is effective;<br />
2nd, the gravitational masses of galaxy core and a<br />
great lot fixed stars all are smaller than the inertia mass.<br />
The general theory of relativity may accurately indicate<br />
the planet movement rule acted by gravitation in fixed<br />
stars system, but to the fixed star movement acted by<br />
gravitation in galaxy, as well as the movement acted by<br />
gravitation between galaxies, the generalized relativity<br />
principle no longer comes into existence, the general<br />
theory of relativity will be no longer suitable. Namely<br />
the general theory of relativity only can be effective in<br />
the very limited spatial scope.<br />
3rd, the general theory of relativity did not certainly<br />
reflect the essences of gravitational field and gravitation,<br />
no longer is suitable in the cosmology scope, modern<br />
times using the cosmology equation of general theory<br />
of relativity to research the universe, is the biggest<br />
erroneous zone of modern cosmology; We extremely<br />
have the necessity to re-examine all the modern elaborates<br />
to the universe according to the cosmology principle,<br />
using the general theory of relativity.<br />
Textversion 1.2 - 2012