Elektrongravitáció

Elektrongravitáció refers to a hypothetical interaction where electrons directly influence or are influenced by gravity in a way not currently explained by the Standard Model of particle physics or general relativity. Within the Standard Model, electrons are considered point-like particles with mass and charge, but their gravitational interaction is exceedingly weak due to their small mass. General relativity describes gravity as the curvature of spacetime caused by mass-energy. While electrons possess mass-energy and therefore contribute to spacetime curvature, their individual gravitational effect is negligible.

The concept of elektrongravitáció often arises in speculative theories that attempt to unify quantum mechanics and gravity, or in discussions about the fundamental nature of particles and forces. Some theories propose that under extreme conditions, such as within black holes or in the very early universe, the gravitational effects of charged particles like electrons might become more significant or exhibit novel behaviors. However, there is no experimental evidence to support the existence of elektrongravitáció as a distinct phenomenon beyond the standard gravitational interaction predicted by general relativity. Research in quantum gravity and particle physics continues to explore the potential interplay between electromagnetism and gravity at fundamental levels.