由一个原理得出的理论

A Theory Derived from a Principle

摘要

现在，我们有充分的事实和理由认为，狭义相对论存在缺陷。如果真是这样的话，狭义相对论将被我们否定。所以我们把这些缺陷指出来，则意义重大。科学界对狭义相对论质疑的研究，主要集中在二个方面，一：对光子静止质量为零推论的质疑，现在的很多科学实验证明光子的静止质量不为零。二：对“不可能有超光速”推论的质疑的研究，这些研究成果，人们不足以否定狭义相对论。我们研究狭义相对论中的基本理论，我们并在其中得出相互矛盾的结论,这使得我们能够完全否定定狭义相对论，为我们能够建立新的时空理论，打下牢靠的基础。我们所使用的论证方法为,根据狭义相对论的相对性原理，再结合物理常量的特性，便得出一个新的原理，在任何惯性系和空间中，物理常量值保持不变，即在一个惯性系中去观测另一个惯性系中的物理常量值，其值是相同的。我们用这个原理对狭义相对论进行验证，竟发现相对论存在一些矛盾和错误。

Abstract

Now, we have sufficient facts and reasons to believe that special relativity has flaws. If that’s the case, we will reject the theory of special relativity. So pointing out these defects is of great significance. The scientific community’s research on questioning special relativity mainly focuses on two aspects: firstly, questioning the inference that the rest mass of photons is zero. Many scientific experiments now prove that the rest mass of photons is not zero. 2： The research on questioning the inference that “there can be no faster than light speed” is insufficient to refute the theory of special relativity. We study the fundamental theories of special relativity and draw contradictory conclusions from them, which enables us to completely reject the theory of special relativity and lay a solid foundation for establishing new theories of spacetime. The argumentation method we use is based on the principle of relativity in special relativity, combined with the characteristics of physical constants, to derive a new principle that in any inertial frame and space, the values of physical constants remain constant, that is, when observing the values of physical constants in one inertial frame, their values are the same in another inertial frame. We used this principle to verify the theory of special relativity and found some contradictions and errors in it.

关键词

狭义相对论 / 洛伦兹变换 / 长度缩短理论 / 相对性原理 / 万有引力理论 / 物理常量

Key words

special relativity / lorentz transformation / length shortening theory / principle of relativity / theory of universal gravitation / physical constant

参考文献

[1] 梁绍荣, 池无量, 杨敬明, 1988. 波动光学与近代物理.137, 北京师范大学出版社.

[2] 爱因斯坦奇迹年-改变物理学面貌的五篇论文,约翰, 2001, 上海科技教育出版社,100-102.

[3] 梁绍荣, 池无量, 杨敬明, 1988, 电磁学. 北京师范大学出版社, 12,79-80,183,179-182