Conformal variations and quantum fluctuations in discrete gravity
Annalisa Marzuoli, Dario Merzi
TL;DR
This paper explores conformal variations and quantum fluctuations in discrete gravity, proposing an improved scheme for the gravitational path integral and geometrodynamics based on a simplicial PL approach.
Contribution
It introduces an enhanced method for analyzing quantum fluctuations in discrete gravity using conformal transformations within a simplicial framework.
Findings
Proposes an improved scheme for the Euclidean gravitational path integral.
Provides a heuristic approach to quantum fluctuations in discrete gravity.
Builds on Luo and Glickenstein's conformal transformation approach.
Abstract
After an overview of variational principles for discrete gravity, and on the basis of the approach to conformal transformations in a simplicial PL setting proposed by Luo and Glickenstein, we present at a heuristic level an improved scheme for addressing the gravitational (Euclidean) path integral and geometrodynamics.
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