ON POSSIBLE DEPARTURE DETECTED VELOCITY OF PROPAGATION OF FUNDAMENTAL INTERACTIONS FROM LIGHT VELOCITY IN VACUUM
2011jmw | Gladyshev V.O.  // Bauman Moscow State Technical University, Moscow, Russia; Research Institute of Hypercomplex Systems in Geometry and Physics, Friazino, Russia, vgladyshev@mail.ru

It was shown that for the fundamental interactions, which propagate in a space of independent variables, results of measuring procedure, based on measurements of partial differentials of transformations, depend on laboratory inertial frame velocity relative to a space of propagation of interactions. Possible interpretation for invariance violation on the detector OPERA and in the experiment on measuring the time of a neutrino splash from SN1987A with neutrino and gravitational detectors was given. The estimation method of space anisotropy was offered. It is based on measurement of signal variations when the laboratory set changes its orientation in a space. It was pointed out that the main effective method of determining the anisotropy parameter is the experiment SADE suggested in the works [1, 2]. In the experiment space anisotropy was estimated on results of interference detection for velocity of electromagnetic radiation propagation in a rotating optical disk.

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