Relativistic Electrons Effects on Wave Pocket Distortion and Momentum Recoil Due to Ultra Short Interaction

Abstract

We have studied the relativistic effects of electrons on wave packet and recoil of momentum when short interaction occurred. We have used macroscopic quantum electrodynamics to obtain the required results. The calculation of kinetic energy and interaction lengths were made during recoil of momentum. The Maxwell Lorentz technique was considered along with Maxwell-Schrodinger method for the study of problem. It was found that the kinetic energy was decreased when electron coil was dominant and produced scattering. The interaction length was increased due to effect of recoil on electron.