Equations of electrodynamics: Final essence of EM phenomena

B. Miskovic
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Abstract

The sets of all the basic equations, relating in the two directions the three pairs of EM quantities, are considered and compared. The tensor equations point to 4D space, as the ambient of EM phenomena. The remaining equations enable the tensor interpretation of all the quantities. The quantities of the same ranks are related algebraically, and the orders of the differential equations accord to the differences of the related ranks. The equations are interpreted in the terms of mechanics of some super-fine quantum fluid, in 4D space.
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电动力学方程:电磁现象的最终本质
考虑并比较了在两个方向上与三对电磁量有关的所有基本方程组。张量方程指向四维空间,作为电磁现象的环境。剩下的方程使所有量的张量解释成为可能。同阶的数量是代数相关的,微分方程的阶数对应于相关阶的差。在四维空间中,用一些超精细量子流体的力学来解释这些方程。
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