An educative approach on the problem of defining magnetic permeability
In this article we take a short path for studying Maxwellâs equations in the view that isotropic materials and space obey this system of equations and therefore their wave equation as well, by defining the equivalent of magnetic permeability as self-induction factor per unit length of a circuit in space. The advantage of our method lies in the fact that we define the magnetic permeability through Ampereâs law alone and that way we leave room for the magnetization M not to be necessarily parallel to H , as could be the case for quantum systems.
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