Algebra-Arithmetic Approach to the Development of Quantum Theory of Gravitation

Abstract

Heisenberg and Pauli began to realize that it would be possible to develop the quantum theory of gravitation based on the ideas that were developed in obtaining the basic results of quantum electrodynamics [1]. There is a basic assumption that this is indeed a possibility. However, only preliminary results of quantum electrodynamics can be obtained in a more correct version. In this paper, this goal was achieved based on the idea of scientific philosophy. Then based on analysis of new results, it was possible to realize that, as it turns out, these same results contain results inherent also to the quantum theory of gravitation.