On the Hypothesis of the Absolute Reference System: Theoretical and Experimental Confirmation

The aim of the research presented in this article is to examine the agreement of the hypothesis of the absolute system of reference with the outcome of experiments that have been conducted in the past to test the special theory of relativity. To accomplish this, We have selected the theoretical subject of electromagnetism for discussion, that of electromagnetic mass calculation, and some experiments, some of which concern the transverse Doppler effect in a rotated system, two experiments
that concern the kinetic energy measurement of accelerated electrons, one of which is the well known Bertozzi’s experiment, one experiment that concern the propagation of Coulomb fields, and also, a theoretical study and some experiments that concern the known Faraday’s experiment on unipolar induction. Finally, we have chosen for discussion a study of the annihilation effect. The electromagnetic theory, which is developed from the fundamental ideas of the hypothesis of the absolute reference system, is utilised to explain the experimental findings. These instances demonstrate that the absolute reference system hypothesis is correct, as predicted by the experimental findings. Also, the discrepancy between the quantitative estimates of electromagnetic mass and relativistic energy is demonstrated, when someone try to solve this problem accord-ing to the energy-mass relation of the theory of relativity.