Effectiveness of One-dimensional gas models for black holes
A. Ghosh (CERN)
TL;DR
This paper demonstrates that a one-dimensional gas model accurately reproduces entropy expressions for various black holes, including BTZ, Schwarzschild, and black strings, suggesting a unified approach to black hole thermodynamics.
Contribution
It introduces a one-dimensional gas model that successfully computes entropies for multiple black hole types, extending previous models to Schwarzschild and black strings.
Findings
Correct entropy expressions for extremal and near-extremal BTZ black holes
Entropy calculation for Schwarzschild black holes using boosting of black strings
Validation of the gas model as a unifying framework for black hole entropy
Abstract
A one-dimensional gas model has been constructed and shown to provide correct expressions for entropies for extremal and near-extremal BTZ black holes. Recently suggested boosting of black strings is used to compute the entropy for the Schwarzschild black hole also from this gas model.
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