General Relativity and the Standard Model

Abstract

The quantum conditions are applied to yield a form of the covariant momentum. This momentum is contrasted with the covariant velocity in classical gravitational theory. The quantum momentum is then renormalized. This allows separation of mass and velocity, which velocity is considered equivalent to the classical velocity. The renormalization thereby yields two forms for the gravitational metric that are related by a gauge transformation of the first kind. The gauge entities in the metric are shown to be directly applicable to gauge generators in the Standard Model.