Relativistic Theory of Microelectromagnetism

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Abstract
A theory of relativistic (special theory) microelectromagnetism is proposed for the treatment of the class of physical phenomena arising from a high degree of polarization, magnetization, and rapid local field fluctuation in material bodies. The master electromagnetic balance laws are given for the resultant generalized EM fields. The local field equations and jump conditions are obtained for the moments of the electromagnetic fields up to any order p. The equations of the zeroth-order moments turn out to be Maxwell's equations and associated jump conditions. The Euclidean form of the first-order theory is presented in full.

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