Abstract
AbstractWe developed certain symmetries in Maxwell’s equations by incorporating (independent) dynamical degrees of freedom. Once magnetic monopoles are included, it was assessed whether this system can admit electromagnetic-like scalar and pseudo-scalar fields so that a full symmetry may be accomplished. The result is restated in differential forms. The subsequent generalised classical equations of motion for dyons are displayed. In quantum mechanics, we find that, for a given scalar potential, a critical behaviour does not occur and the Dirac vacuum remains stable: the scalar coupling cannot create spontaneous electron-positron pairs.
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