Theory of Electromagnetic Radiation by Inertially Moving Conductive Bodies

It is shown that under the conditions of inertial motion of conducting bodies, electromagnetic fields arise around them. In the example of an unevenly moving metal ball, the intensity and power of electromagnetic radiation arising at the moments of deceleration and acceleration are calculated. It is proven that a similar effect is also caused by the movement of conducting bodies along a curvilinear trajectory, due to the appearance of a centrifugal force acting on conduction electrons.