arXiv 2106.094782021-06physics.gen-ph

论电磁场和引力场与被测物体物理性质的独立性

On the Independence of Electromagnetism and Gravitation from Test Bodies Physical Properties

Clovis Jacinto de Matos

备注：: 12 pages, 4 figures

摘要：

是否存在一个独立于场源和用于在给定点测量它的测试体之间的相互作用的物理场？当两个物理实体相互作用时，它们之间传播的是什么？这些是我们在目前电磁和引力相互作用研究中要回答的基本问题。我们得出这样的结论：引力场和时空曲率不能依赖于测试物体的被动引力与惯性质量之比，因为这将导致能量守恒和因果关系的破坏，除非这个比率普遍恰好等于1。对于电磁场对试验物体的电荷与惯性质量比的假设依赖性，这将要求传播一个操作上定义不好的量（库仑）。米$^2$ /秒$^2$），这将取代能量（焦耳=千克。计量$^2$ /二次$^2$）转移。因此，电磁场不能依赖于试验物体的电荷与惯性质量比。这些结果的一个后果也是不合格的缪拉厄泽尔的统一理论的引力和电磁。

英文摘要：

Does a physical field exist independently of the interaction between the field source and the test body used to measure it at a given point? What does propagate between two physical bodies when they interact? These are the fundamental questions we answer in the present work for electromagnetic and gravitational interactions. We come to the conclusion that gravitational fields as well as spacetime curvature cannot depend on the passive-gravitational to inertial mass ratio of the test bodies, because this would lead to energy conservation and causality violation except when this ratio is universally exactly equal to one. For what concerns the hypothetical dependence of electromagnetic fields on the charge to inertial-mass ratio of test bodies, this would call for the propagation of an operationally ill defined quantity (Coulomb . Meter$^2$ / Second$^2$) that would replace energy (Joule = Kilogram . Meter$^2$ / Second$^2$) transfer in the interaction between two electrically charged bodies. Hence electromagnetic fields cannot depend on the charge to inertial-mass ratio of test bodies. A consequence of these results is also the disqualification of Murat Ozer's unification theory of gravitation and electromagnetism.

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