Implementing Relativistic Rotation, Exponential Rest Mass, Exponential Electric Charge and Gravitational Energy into Relativity and Astrophysics

Abstract In his book of 1916, Einstein warned that general relativity is not appropriate for use in all situations. The example that Einstein pointed out is the gravitational field of the entire Earth. This also applies to all celestial bodies like stars, etc. Einstein was also not satisfied with the black hole of Schwarzschild’s solution and with the lack of inclusion of gravitational energy in general relativity. Einstein also admitted that rotation was not included in relativity. This article mentions these and a few other issues not included in general relativity and presents two modified solutions that include and solve the issues above while being sufficiently close to general relativity to comply with the experiments and observations. The article also discusses these two solutions’ advantages, disadvantages, implications, and predictions, compared with Einstein’s traditional general relativity. One of the advantages is the lack of singularity. The article mentions and discusses two relativistic rotations and their implications. The article also mentions the new astrophysical applications and explanations for astronomical observations that are possible by using these solutions and rotations, but are not explained by Einstein’s traditional general relativity. Some kinds of celestial bodies use all of these issues together and are explained only by using them together.