Quantization of static field with in the frame work of Einstein Generalized General Relativity

Abstract

In this work Hamiltonian energy and momentum expressions are derived from the expression of energy- momentum tensor of generalized Einstein generalized general relativity. The Hamiltonianmomentum relation together with the ordinary operator formalism in quantum mechanics is used to obtain gravitational quantum equation this is used to construct quantum wave equation for static field. This equation is solved for flat, weak and strong gravity. It shows that gravitational field is quantized and can move as a travelling wave with the speed of light. The solution for spherical coordinate shows the quantization of energy, orbital angular momentum Z-component. It shows also the gravity quantization by the existence of graviton moving with speed of light. The graviton energy is itself quantized as a multiple of Plank energy.