作者:  

王建安:深圳大学物理系,深圳,中国

关键词:
引力场万有引力加速器Gravitational Field Gravity Accelerator

摘要:

本文通过分析回旋加速器的工作原理发现能够被回旋加速器加速的粒子是不受地球引力的影响的,再通过归纳被回旋加速器加速的粒子的共同特点以及受万有引力影响的粒子或物体的共同特点发现物体的引力场是由构成物体的大量原子或离子的轨道电子磁矩合成的;只有具有轨道电子的粒子(原子或离子)以及由大量这样的粒子构成的物体才受引力场的作用;引力场的本质是磁场;万有引力的本质是磁力。

In this paper, by analyzing the operating principle of the cyclotron, it is found that the particles that can be accelerated by the cyclotron are not affected by the gravitational field of the earth. By summing up the common characteristic of the particles accelerated by the cyclotron and the common characteristic of the particles or matter affected by the gravitational field, it is found that the gravitational field of an object is synthesized by a large number of orbital electron magnetic moments of the atoms or ions that make up the object; only particles (atoms or ions) with orbital electrons and objects made up of a large number of such particles are affected by the gravitational field. The essence of gravitational field is magnetic field; the essence of gravity is magnetic force.

文章引用:
王建安. 论万有引力的本质[J]. 汉斯预印本, 2019, 4(1): 1-6. https://doi.org/10.12677/HANSPrePrints.2019.41017

参考文献

[1] 列维斯东. 回旋加速器[M]. 上海科学技术出版社, 1959.
[2] 谢顿文. 火星大气被太阳风摧毁[J]. 科学大观园, 2016(2):64-65.