Rebound Effect in the Kerr--Newman--Kasuya Field
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Abstract
It is shown that the repulsive gravitational action of electric charge and magnetic charge make it possible that the neutral particles moving in the Kerr--Newman--Kasuya field stop and rebound at the surface of r=r0 =(e2+q2)/(2m). The phenomenon of dragging of inertial frames is analysed.
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