A Framework for Interpreting General Relativity and an Alternative to Dark Matter

Sicklinger T, Faiz M and Xun Q

Published on: 2023-04-27

Abstract

We develop a framework for interpreting General Relativity, General Relativity’s relationship to particles, and the evolution of the Universe. We also suggest an alternative to dark matter. Dark matter is a proposed type of particle that curves space- time, but that has not been directly detected in space or in particle colliders. We discuss inflation and gravitational waves. We show that the gravity attributed to dark matter is more likely caused by curvature of space-time created during inflation. We describe how the energy of pre-inflation stochastic gravitational waves was absorbed into the fabric of space-time during inflation and how this energy curves space time and thereby causes the gravity normally associated with dark matter. We show that the pattern/shape of the magnitude of dark gravity in a galaxy cluster is the same pattern/shape as a small peak location of a graph of the intensity of a stochastic gravitational wave.