关于耦合系统和正则多变量状态的粒子物理学新理论

Hua Ma
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引用次数: 0

摘要

本文考虑并研究了一些粒子科学问题:为什么任何粒子的电荷都不可能是分数?为什么复合粒子容易分裂且质量减小?为什么量子数相同的基本粒子质量不等?这些科学问题都是通过建立新的粒子理论来解决的:提出了解释基本粒子特性的规则多元态机制,提出了解释复合粒子质量特性的粒子系统耦合理论。这些机理和理论的科学分析与许多粒子的实验结果是一致的,根据这些机理和理论可以推导出许多新的粒子。
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A NEW THEORY OF PARTICLE PHYSICS ABOUT COUPLING SYSTEM AND REGULAR MULTIVARIATE STATE
In this paper, some particle science issues are considered and studied: Why the electric charge can not be fraction for any particles? Why composite particles are easy to split and the mass has decreased? Why the fundamental particles with identical quantum numbers have the unequal mass? These scientific problems are solved by establishing new particle theories: The mechanism of regular multivariate states is proposed to explain the characteristics of fundamental particles, The coupling theory of particle systems is proposed to explain the mass characteristics of composite particles. The scientific analysis of these mechanisms and theories are consistent with the experimental results of many particles, and according to these mechanisms and theories can derive many new particles.
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