Empirical Support for the Theory that Massive Celestial Bodies Generate Light Propagation Medium

抄録

The paper Light Propagation Medium Generated by Massive Celestial Bodies and Its Feasible Optical Experiments proposes the Light Matter Field Theory. The theory holds that massive celestial bodies generate a light propagation medium in the surrounding space; the speed of light varies with the density of the light medium and the relative motion state between the
observer and the medium, thereby producing observable time difference effects. High precision atomic clock observation data of Beidou, GPS and Galileo navigation satellites from April 1 to 7, 2025 show that the diurnal satellite clock offset presents a stable periodic deviation. Its amplitude is approximately 1000 times the prediction of the existing relativity theory, forming a systematic deviation of thousand fold magnitude that cannot be reasonably explained by traditional relativistic effects, and such deviation cannot be corrected by conventional relativistic models. The peaktopeak diurnal clock offset of Beidou GEO satellites is about 34.45 ns, and that of GPSMEO satellites is around 21.97 ns. Galileo satellites also exhibit periodic deviations of the sameorder of magnitude, which are significantly inconsistent with the theoretical expectations ofrelativity.The detection of diurnal clock offset of Beidou GEO satellites conforms to theexperimental principle of the motion rotator. The clock offset measurements of GPS MEO andGalileo satellites are consistent withthe Light Matter Field Strength formulaQ=K·M/r2. Allmeasured data are in good agreement with the Light Matter Field Theory.The observed clockoffset results of Beidou, GPS and Galileo satellites provide conclusive experimental evidence forthe generation of light propagation medium by massive celestial bodies, and effectively verify thevalidity of the Light Matter Field Theory.