标准时空论电动力学

Electrodynamics on the Basis of the Standard Spacetime Theory

在标准时空论的基础上,建立了相应的电磁理论——标准时空论电动力学。从标准时空论中的坐标变换、速度变换和力变换出发,利用标准惯性系中的库仑定律,得到二运动电荷之间的相互作用的普遍表示式,进而给出标准时空论中的电磁场定义,并建立了相应的Maxwell方程组,研究了电磁场的协变性问题,结果表明,在标准时空论中的协变形式如同狭义相对论电动力学一样,具有简捷、优美的特点。

On the basis of standard spacetime theory, an electromagnetism theory-electrodynamics with respect to standard spacetime is established in this paper. From coordinate transformation, velocity transformation and force transformation of standard spacetime theory, and using Coulomb's law, a general representation of the interaction of two moving charges is found. Electromagnetism on the basis of the standard spacetime theory is conceptualized and corresponding Maxwell equation is developed. The convariance of electromagnetic field is also studied. The result shows that the convariance in the standard sDacetime theory is as simple and smart as relativity electrodynamics.