Black Holes Without Singularities: Gravity as Expansion
Black Holes Without Singularities: Gravity as Expansion
Dr. Minh Duong-van
Feb 17 2025
1. Introduction
The conventional understanding of gravity, as described by Newtonian mechanics and General Relativity, treats it as a force or curvature in spacetime that pulls objects together. However, an alternative approach is to consider gravity as a consequence of continuous expansion. In this model, all objects in the universe expand over time, and the apparent force of gravity arises from their relative expansion rather than attraction. This perspective offers a novel way to address the singularity problem in black holes and the Big Bang.
This expansion-based gravity model provides an alternative to singularity-driven physics. It reproduces Newton’s inverse-square law, eliminates black hole singularities, and offers a novel approach to quantum gravity. Further work could explore its implications for cosmology, dark matter, and modifications to General Relativity.
Physicist, Computer mathematicians
2 周It is very interesting!