Ideal gas matching for thermal Galilean holography
Jose L.F. Barbon, Carlos A. Fuertes
TL;DR
This paper introduces a nonrelativistic ideal gas model with a Kaluza-Klein tower that qualitatively matches the thermodynamics of certain nonrelativistic black holes, advancing holographic duality understanding.
Contribution
It presents a novel ideal gas model with a Kaluza-Klein spectrum that captures the thermodynamic behavior of nonrelativistic holographic black holes.
Findings
Thermodynamic functions exhibit singular behavior at zero chemical potential.
Model qualitatively reproduces black hole thermodynamics in nonrelativistic backgrounds.
Provides insights into nonrelativistic holography and thermodynamics.
Abstract
We exhibit a nonrelativistic ideal gas with a Kaluza-Klein tower of species, featuring a singular behavior of thermodynamic functions at zero chemical potential. In this way, we provide a qualitative match to the thermodynamics of recently found black holes in backgrounds with asymptotic nonrelativistic conformal symmetry.
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