Stress Tensor of Electron as Energy Density with Spin Vorticity

Abstract

The concept of energy density has been formulated in terms of stress tensor in general relativity. The spin vorticity of electron has been hidden in the energy-momentum tensor and plays a significant role in the dynamics of electron. The dynamics of electron spin is driven by the antisymmetric component of the stress tensor of electron through the vorticity. The symmetric component of the stress tensor of electron drives the tensorial energy density of chemical reactivity.