普朗克常数和万有引力常量关系与光子的惯性位移作用
首发时间:2020-07-23
摘要:根据整体观和相对性理念,作者提出了光子的惯性位移量和惯性位移作用力两个新物理量。结合整合万有引力场与电场的关系式,通过比较分析光子的惯性位移作用力与无量纲万有引力常量,得到普朗克常数本质关系式,它仅依赖于质子的荷质比和光速;揭示了单个光子的惯性位移作用力大小就是以静电作用力为基准1时万有引力作用力的大小。给出了普朗克常数与万有引力常量关系式,消减了一个基本物理常数;该关系式架起万有引力作用与电磁作用的桥梁,必将为万有引力本质研究、四种力场的统一等,提供新的路径和基础。
关键词: 光子;惯性位移作用力;普朗克常数;万有引力常量;关系式;惯性位移量;
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The Relationship between the Planck\'s Constant and the Universal Gravitational Constant and the Inertial Displacement Action of Photon
Abstract:According to the concept of viewing the situation as a whole and relativity thought, the author put forward two new physical quantities which were the inertia displacement vector and the inertia displacement force of photon. Combining the relation to integrate gravitational field and electric field, the essential relationship of Planck\'s constant was obtained by comparing and analyzing the inertial displacement force of photon and the dimensionless universal gravitational constant. It only depends on the ratio of charge to mass of proton and the speed of light. It is revealed that the inertial displacement force of a single photon is the gravitational force based on the electrostatic force.The relationship between the Planck\'s constant and the universal gravitational constant was given, and reduced a basic physical constant.This relationship builds a bridge between universal gravitation and electromagnetic action, which will provide a new path and foundation for the nature of universal gravitation, the unification of the four force fields, and so on.
Keywords: photon inertia displacement force Planck\'s constant universal gravitational constant relationship inertia displacement vector
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