Lorentz Transformation in Maxwell Equations for Slowly Moving Media

We use the method of field decomposition, a widely used technique in relativistic magnetohydrodynamics, to study small velocity approximation (SVA) Lorentz transformation Maxwell equations for slowly moving media. The “deformed” derived using SVA lab frame can be put into conventional form medium’s co-moving frame. Our results show that up O(v/c) (v is speed medium and c light vacuum) essential derive these equations: time charge density must also change when transforming different frame, even SVA, not just position current density, as Galilean transformation. This marks difference between one. integral forms Faraday Ampere surfaces are consistent with equations. present equation covariant form, which electromotive force defined scalar independent observer’s No evidence exists support an extension or modification