Do Wormholes Fix the Coupling Constants?

TL;DR

This paper proposes that quantum wormholes could modify gravity to match nuclear force strength, suggesting wormholes as a potential explanation for strong interactions at quantum scales.

Contribution

It introduces a novel model where quantum wormholes alter gravitational interactions, potentially explaining nuclear forces through surface-to-surface separation.

Findings

Wormholes can produce gravitational forces 10^40 times stronger than normal gravity at Planck scale.

Surface-to-surface separation modifies gravitational strength to nuclear force levels.

Quantum wormholes may unify gravity and nuclear interactions.

Abstract

If Newtonian gravitation is modified to use surface-to-surface separation between particles, it can have the strength of nuclear force between nucleons. This may be justified by possible existence of quantum wormholes in particles. All gravitational interactions would be between coupled wormholes, emitting graviton flux in proportional to particle size, allowing for the point-like treatment above. When the wormholes are 1 Planck length apart, the resultant force is 10^40 times the normal gravitational strength for nucleons.