Non-perturbative scalar gauge-invariant metric fluctuations from the Ponce de Leon metric in the STM theory of gravity
Mariano Anabitarte (Mar del Plata University & CONICET), Mauricio, Bellini (Mar del Plata University & CONICET)
TL;DR
This paper develops a non-perturbative formalism to analyze scalar gauge-invariant metric fluctuations within an extended Ponce de Leon metric in the context of STM gravity theory.
Contribution
It introduces a novel non-perturbative approach to scalar metric fluctuations using an extended Ponce de Leon metric in STM gravity.
Findings
Successful formulation of a non-perturbative scalar gauge-invariant framework
Extension of Ponce de Leon metric to include fluctuation analysis
Potential applications to cosmological models
Abstract
We study our non-perturbative formalism to describe scalar gauge-invariant metric fluctuations by extending the Ponce de Leon metric.
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