博主最近在中国科学院科技论文预印本平台发布中文系列文章，系统地介绍了作者创建的现实物理学理论。现实物理学（Real Physics）的三大支柱理论是粒子场论、粒子动力学和粒子统计学。它们修正和发展了经典力学、电动力学和统计力学，在崭新的自然观基础上统一了宏观（宇观）力学和微观（量子）力学。该理论已经以三部曲的形式发表在开源期刊 Advances in Theoretical & Computational Physics (ATCP)，本博文贴出三篇论文的摘要和链接。

1.     A Physical Theory Based on Barycenter Reference Frames I: Principles of Particle Flow Fields. Adv. Theor. Comp. Phys. 8(4) 01-17 (2025)

 https://doi.org/10.33140/ATCP.08.04.20          [中文] https://chinaxiv.org/abs/202412.00119

Abstract:  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.

2.     A Physical Theory Based on Barycenter Frame of Reference II: Principles of Particle Dynamics, Adv. Theor. Comp. Phys. 8(4) 01-19 (2025)

https://doi.org/10.33140/ATCP.08.04.21      [中文] https://chinaxiv.org/abs/202412.00118

Abstract:  This paper extends the theory of elastic particle flow field based on the barycenter reference frame and constructs the theoretical foundation of new particle dynamics. According to the theory of particle flow fields, the complete interaction contains the forces of gradient, curl and divergence. The principle of action proposed in this paper affirms that the motion of a particle is driven by a force field, and the unified form of the force includes attraction and repulsion. In the force field, the motion of the particles follows the modified energy theorem and angular momentum theorem, as well as the newly discovered curlity theorem. Energy, curlity and angular momentum are conserved in dynamically balanced systems, and their variations obey universal quantization rules. In a kernel field, the motion of particles follows the generalized Newton's law (, equation of state), and elliptical orbit is the special solution of the equation of steady states . The eigenstate orbits of a multiparticle system are petal-shaped, and the orbital energy spectrum (energy eigenvalues) is determined by the square of the curlity. A mathematical model of particle orbit is proposed, the structure of electron shells and the spectrum of the hydrogen atom are explained, and the relationship between the nuclear spin and the chirality of the electron orbits is also elucidated. The completeness and self-consistency of the theory show that the flow-field force is a unified form of particle interaction, that the principle of measurement is a first principle integrating the foundations of relativity and quantum theories, and that the theorems of particle dynamics are universal physical laws for the macroscopic and microscopic worlds.

3.     A Physical Theory Based on Barycenter Frame of Reference III: Principles of Particle Statistics, Adv. Theor. Comp. Phys. 8(4) 01-20 (2025)

 https://doi.org/10.33140/ATCP.08.04.22    [中文] https://chinaxiv.org/abs/202503.00183

 Abstract:  In the barycenter frame of reference, the motion of a real (elastic) particle consists of three modes: translational, rotational, and vibrational. The three modes of energy of a thermodynamic system form a vector space, and the macroscopic state of the system is expressed by a vector in the energy space. The equilibrium state principle proposed in this article generalizes the classical laws of thermodynamics, thus bringing statistical physics into a unified axiomatic framework. The relationship between the order degree and the interaction is found by describing the microscopic states of the system through a vector of particle distribution. A complete set of the thermodynamic functions, the state equations, and the differential equations is derived with the help of particle statistics at two structural levels. The connection between the entropy and the association degree is established by defining the thermal entropy with the state function of thermal energy. The physical mechanism and properties of the phase transition are elucidated based on the structural analysis of the energy space. The results show that the real-particle statistical theory based on the barycenter reference frame reveals the universal laws of thermodynamic systems.