A Physical Theory Based on Barycenter Reference Frames I: Principles of Particle Flow Fields

Abstract

Zhong Cheng Liang*

In this paper, a new theory of particle flow fields is introduced. Instead of using the point mass model and the inertial frame of reference, this theory is based on the elastic particle (real particle) model and the barycenter frame of reference. This article applies vector analysis to derive a complete set of field equations in a space permeated with moving particles. It reveals a comparable connection between mass quantity and electric quantity within the barycenter reference framework, thereby merging the interactions of gravitation and electromagnetism. The article argues that quantum randomness originates from the uncertainty associated with time and space measurement in barycenter frames. However, this uncertainty can be eliminated by the principle of measurement, thus leading to deterministic conclusions. The proposed theory provides unique solutions and interpretations for various fundamental physics problems, such as the structure of objects, the existence of dark matter, the nature of light, and the phenomenon of black-body radiation. Notably, the presence of a cosmic electron fluid challenges our conventional understanding of the physical world and has significant implications for existing physical laws.

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