Spooky black holes : gravitational self energy and space curvature

TL;DR

This paper proposes a modification to Newton's law by incorporating gravitational self energies, suggesting that space curvature can be eliminated and black holes with zero total energy cannot interact, impacting gravitation and baryon conservation.

Contribution

It introduces a parameter-free modification of Newton's law accounting for gravitational self energies, challenging traditional space curvature concepts and implications for black hole interactions.

Findings

Modified Newton's law accounts for gravitational self energies.

Black holes with zero total energy cannot interact.

Potential implications for baryon number conservation.

Abstract

It is shown that space curvature can be disposed of by properly taking into account gravitational self energies. This leads to a parameter free modification of Newton's law, violating Gauss theorem, which accounts for the crucial tests of gravitation in a flat space. Strong gravitational fields entail opposing big gravitational self energies. The negative gravitational self energy of a gravitational composite object, which results in a mass defect with respect to the sum of the constituents, thus cancels out the latter at the Schwarzschild radius. Hence a black hole, possible end result of the radiative shrinkage of a star, having zero total energy cannot any longer interact with other objects. Baryon number non conservation may result .