Abstract
Behavior of Maxwell’s equations under imaginary and real superluminal Lorentz transformations respectively has been reexamined and the expression of a Lorentz force acting on an electric charge interacting with superluminal electromagnetic fields has been derived. It has been shown that in four-dimensional space-time as well as in six-dimensional space-time the electrically charged tachyon interacting with electromagnetic fields behaves neither as a purely electric charge nor as a purely magnetic monopole.
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