Abstract
By undertaking the study of the behaviour of dyons under real superluminal Lorentz transformations, it has been demonstrated that their field equation, equation of motion and the Lorentz force acting on them in their interaction with a superluminal electromagnetic field do not remain invariant under these transformation except in the direction of the tachyon corridor. It has also been shown that for undertaking the study of behaviour of dyons under superrelativity the best choice is that of imaginary Lorentz transformations.
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