Thin shell quantization in Weyl spacetime

TL;DR

This paper investigates the quantization of thin shells within Weyl-Dirac theory by deriving a Wheeler-DeWitt equation, providing solutions relevant to cosmology and particle physics.

Contribution

It introduces a novel approach to quantize thin shells in Weyl spacetime using the Wheeler-DeWitt framework, linking quantum gravity with cosmological and particle physics models.

Findings

Derived a Wheeler-DeWitt equation for thin shells in Weyl-Dirac theory

Found solutions with interpretations in cosmology and particle physics

Bridged quantum gravity concepts with Weyl spacetime models

Abstract

We study the problem of quantization of thin shells in a Weyl-Dirac theory by deriving a Wheeler-DeWitt equation from the dynamics. Solutions are found which have interpretations in both cosmology and particle physics.