Review reveals thermal equivalence principle in many body systems under general relativity, highlighting kinetic theory and statistical physics.
In this paper, we review the physics of many bodies in the context of general relativity. Starting from the stress–energy tensor for one body and moving onto those for a swarm of bodies and for a perfect fluid, we review the relativistic hydrodynamics, kinetic theory, and statistical physics of N identical bodies. We conclude our excursion with a thermal equivalence principle in physics.
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Riccardo Fantoni (2026) studied this question.
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