Chiarelli, P. Quantum Effects in General Relativity: Investigating Repulsive Gravity of Black Holes at Large Distances. Technologies2023, 11, 98.
Chiarelli, P. Quantum Effects in General Relativity: Investigating Repulsive Gravity of Black Holes at Large Distances. Technologies 2023, 11, 98.
Chiarelli, P. Quantum Effects in General Relativity: Investigating Repulsive Gravity of Black Holes at Large Distances. Technologies2023, 11, 98.
Chiarelli, P. Quantum Effects in General Relativity: Investigating Repulsive Gravity of Black Holes at Large Distances. Technologies 2023, 11, 98.
Abstract
The paper proposes a theoretical study that investigates the quantum effects on the gravity of black holes. The study utilizes a gravitational model that incorporates quantum mechanics derived from the classical-like quantum hydrodynamic representation. The research calculates the mass density distribution of quantum black holes, specifically in the case of central symmetry. The gravity of the quantum black hole shows contributions coming from the quantum potential energy, which is also sensitive to the presence of the background of gravitational noise. The additional energy, stored in the quantum potential fluctuations and constituting a form of dark energy, leads to a repulsive gravity in the weak gravity limit. This repulsive gravity overcomes the attractive classical Newtonian force at large distances of order of the intergalactic length.
Keywords
repulsive gravity; quantum black hole; dark energy
Subject
Physical Sciences, Astronomy and Astrophysics
Copyright:
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
