Results 31 to 40 of about 89 (53)
Generalisation of the test theory of special relativity to non-inertial frames [PDF]
The authors present a generalised test theory of special relativity, using a non-inertial frame. Within the framework of the special theory of relativity the transport and Einstein synchronisations are equivalent on a rigidly rotating disc. But in any theory with a preferred frame, such an equivalence does not hold.
G. Abolghasem+2 more
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The arago experiment as a test for modern ether theories and special relativity.
Classical ether theories and special relativity predict different results for the experiment of Arago. This consists in observing deviations of starlight, when refracting through a prism and then through air. Apparently, Arago's experiment indicates a nonnull result since he observed, for different stars, different deviation differences.
Gianfranco Spavieri, Guillermo Contreras
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Equations of motion for a test particle in an external field in the special theory of relativity
A study is made of the general-covariant equations of motion of Trautman for a particle interacting with an external field. It is shown that in the general case the relativistic equations of motion are not solvable for the acceleration four-vector but have the form aik(Dukds) = Fi.
N. N. Razgovorov
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Modern experimental techniques based on collinear laser spectroscopy have led to greatly improved versions of the classical Ives-Stilwell experiment. The new experiments employ collinear laser beams and measure the Doppler shift as it is seen in the rest frame of a relativistic particle beam.
Martin Kretzschmar
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Revised Robertson's test theory of special relativity: Supergroups and superspace
The revised Robertson's test theory of special relativity (SR) has been constructed upon a family of sets of passive coordinate transformations in flat space-time [J. G. Vargas and D. G. Torr,Found. Phys., 16, 1089 (1986)]. In the same paper, it has also been shown that the boosts depend in general on the velocities of the two frames involved and not ...
Jos� G. Vargas
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The kinematic aspects of the rocket-borne clock experiment by Vessot and Levine are analyzed with the revised Robertson's test theory of special relativity (Found. Phys. 14, 625 (1984)). Besides the expected time-dilation, it is found that the intermediate steps of this experiment yield in principle Michelson-Morley type information (a relation between
José G. Vargas
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How the laser helped to improve the test of special theory of relativity
Satya Pal Singh
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PRECISION MEASUREMENTS FOR TESTING OF THE SPECIAL RELATIVITY THEORY.
W.-. Schmidt-Ott
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An Astronomical Test for the Second Postulate of the Special Theory of Relativity
Juan J. Schulz Poquet
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