adapted Coulomb and Newton's laws for moving masses

The singular world of elementary electric particles. Theoretical foundations for the detection of singularities in the body of elementary particles of matter - electron, proton, neutron - are proposed. The complexity of the problem lies in the fact that moving electrically charged bodies generate complex electric fields with which they interact, while being under the action of inertial forces caused by motion. Partial compensation of the effects of transverse motion in the form of magnetic fields is far from sufficient.