Three Schemes for Optical Doppler Asymmetry Decision Experiment Based on Primon Substrate Model

Abstract

This paper designs three complementary schemes of decision experiments for optical Doppler asymmetry based on the Primon substrate model. The core objective is to verify whether the global Primon transmission substrate exists. If asymmetric frequency difference can be detected, it demonstrates that photoelectric fluctuation follows the same transmission rule as mechanical waves. This conclusion updates the fundamental cosmic ontology model of physics, without overturning the existing engineering applications of relativity. This work analyzes the inherent limitations of Michelson-Morley experiment and Ives-Stilwell experiment, and gives complete quantitative calculation and magnitude estimation of the target signal.