2394 weitere kritische Veröffentlichungen - Kritische Stimmen zur ...

Quelle: Fu, Yuhua 2005 (Research and challenge), S.
38-39. [Referat in engl. Spr.]
SRT. MMV. C. IS. TRANSFORMATIONEN.
PHOTONEN.
Y. Fu berichtet (S. 38-39): "Supposing S system is the
universal vacuum system, S' system is the ground
system, S' system and one object exist in S system,
respectively moving with speed U and speed V [Formel]
along with X axis direction. According to the
composition of velocity principle in classical theory, in
the ground system the moving object's speed V ' = V -
U. For the time T', observing from S' system, the moving
object has coordinates (X', Y', Z', T'), but observing
from S system, the moving object has coordinates (X,
Y, Z, T). Thereupon from S' system to S system the
Coordinate Transformation Formulas are: [Formeln].
Which formulas may enable the Newtonian mechanics
to get rid the difficult position in the coordinate
transformation since long ago. Obviously, in the formulas
as speed U is far small than the speed of light C,
then these formulas become Galileo transformation.
But in the formulas as speed V =C, namely moving
object is the photon, then these formulas become the
photon's coordinate transformation formulas. Here the
photon's coordinate transformation formulas may be
used to make the reasonable explanation to the
Michelson and Morley experiment."
Wang, Jianhua 2005
A new experimental technique for testing the mistake
of "principle of invariance of light speed" and result
forecast [in chines. Sprache?] / Wang Jianhua.
In: Matter regularity. USA (ISSN 1531-085x).
2005, No. 7, S. 78-91)
Quelle: Fu, Yuhua 2005 (Research and challenge), S.
25. [Referat in engl. Spr.]
SRT. C-K. EXP. LASER. INTERFEROMETER.
Y. Fu berichtet (S. 25): "For more than 100 years, the
theory of relativity's principle of invariance of light
speed continuously has been unable to obtain the proof
in the physical experiment. However, according to the
optics interference theory and the laser's working
principle, may design and invent one kind of new laser
interferometer with two holes of output laser. As two
one-way laser beams, which optical paths all are equal
to d, vertically intersecting, and produce the interference
stripes. Here turns the new interferometer to various
spatial directions, may observe the interference stripes'
moving change, for the interference stripes' moving
quantity, the maximum value N is: [Formel]. According
to this new experiment results to be allowed to determine
that, the theory of relativity's "principle of invariance of
light speed" is wrong."
G. O. Mueller: SRT. Kap. 4-Erg.
324
Wang, Jianhua 2005
Using "Solar system's center of mass" movement model
can derive new formula of universal gravitation [in chines.
Sprache] / Wang Jianhua.
In: Matter regularity. USA (ISSN 1531-085x).
2005, No. 5, S. 225-240.
Quelle: Fu, Yuhua 2005 (Research and challenge), S.
51. [Referat in engl. Spr.]
ART. GRAVIT. SOLARSYSTEM. SCHWERPUNKT.
NEWTON. KEPLER. PLANETEN.
Y. Fu berichtet (S. 51): "Because the "heliocentric"
movement model and the "solar system's center of mass"
movement model, are two essentially different planetary
motion model, therefore using the "solar system's center
of mass" movement model, the new formula of universal
gravitation is analyzed and derived as follows ...
[Formel]
Using the new formula of universal gravitation may
derive an important conclusion: Namely in the reference
system of "solar system's center of mass", the two of
the planet and the sun are moving around the "solar
system's center of mass" with the path of "orbits kinetic
energy summation to be equal to gravitational potential
energy summation". In addition, using the "solar system's
center of mass" movement model may determine
that, the analyses and explanations to the planetary
motion rule with Newton's law of universal gravitation
and Kepler's first law and third law are wrong."
Wang, L. J. 1999
Symmetrical experiments to test clock paradox.
In: Physics and modern topics in mechanical and
electrical engineering. 1999, July.
Status: Kandidat. - Quelle: Macrì 2008 (Che cos'è il
tempo?), S. 33.
Wang, L. J. 2000
Gain-assisted superluminal light propagation / L. J.
Wang, A. Kuzmich, A. Dogariu.
In: Nature. London. 406. 2000, July, S. 277-279.
- doi:10.1038/35018520 (2000).
URL: http://www.nature.com/nature/journal/v406/
n6793/full/406277a0.html
Status: Kritik. - Quelle: Autopsie.
Wang, Ruyong 2002
Conducting a crucial experiment of the constancy of
the speed of light using GPS: comments on Ashby's
"Relativity and the Global Positioning System / R.
Wang, R. Hatch.
In: ION. Annual meeting. 58. June 2002, Albuquerque,
NM. S. 495-505.
Status: Kandidat. - Quelle: Wang 2005 (Fiber-interferometric
experiments).
Textversion 1.2 - 2012