论文部分内容阅读
虽然迄今还没有发现有一个物理实验结果不符合狭义相对论,但v=c在洛仑兹变换中是个奇点。而狭义相对论正是把相对性原理从力学推广到电磁场(v=c)。 在狭义相对论中,空一时、电流密度-电荷密度、动量-能量等基本物理量均组成四维复矢量。即且其内积对不同惯性系具有不变性。由此得到启发,尝试以时-空整体性假设替代光速不变性假设,使在洛仑兹变换中不出现v=c这个奇点。
Although no physical experiment results so far found to be inconsistent with the special theory of relativity, v = c is a singular point in the Lorentz transformation. The special theory of relativity is precisely the principle of relativity from mechanics to the electromagnetic field (v = c). In the special theory of relativity, for the moment, current density - charge density, momentum - energy and other basic physical quantities are composed of four-dimensional complex vector. That is to say, its inner product has invariance to different inertial systems. From this, we get the idea of replacing the assumption of invariance of light speed with the assumption of time-space integrality so that the singularity of v = c does not appear in the Lorentz transformation.