F. Selleri

Noninvariant one-way velocity of light

After discussing in the first five sections the meaning and the difficulties of the principle of relativity we present a new sel of spacetime transformations between inertial systems (“inertial” transformations), based on three assumptions: (1) The two-way velocity of light is c in all inertial systems and in all directions; (2) Time dilation effects take place with the usual relativistic factor; (3) Clocks are synchronized in the way chosen by nature itself, e.g., in the Sagnac effect. We show that our new transformation laws can explain the available experimental evidence in spite of the implied noninvariance of the one-way velocity of light.

Local realism has not been refuted by atomic cascade experiments

Abstract We obtain a local realistic model, involving just one angular hidden variable, giving predictions, for the coincidence counts in atomic cascade experiments, which come extremely close to those of the quantum-mechanical model, and which fit the experimental data as closely as do the predictions of that model.

Noninvariant one way speed of light and locally equivalent reference frames

AbstractWe consider an isotropical inertial reference frame (“stationary”) and in it a uniformly rotating circular platform of radiusR. The velocity of light

Enhanced photon detection in EPR type experiments

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NONINVARIANT ONE-WAY VELOCITY OF LIGHT AND PARTICLE COLLISIONS

relative to the rim of the platform is calculated and found to have values necessarily different fromc. This

Quantum mechanics versus local realism for neutral kaon pairs

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