Abstract

According to theory advanced by Albert Einstein, the magnetic force observed from a stationary reference frame is that of the electrostatic force viewed from a moving reference frame in consideration of Special Relativity effects. This paper provides a simplified approach for calculating magnetic forces around electrical conductors resulting from Special Relativity effects. A finding of this paper is that Special Relativity effects contribute to the magnetic field around common electrical conductors, but the effect is negligible. Einstein’s explanation of the magnetic field does not account for the full strength of the magnetic field observed around common electrical conductors. Further research is recommended for understanding the cause of magnetism in common electrical conductors, and development of new magnetic theory.

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