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The study explores the consequences of black hole thermodynamics, focusing on the implications of finite entropy for the structure of physical states.

May 24, 2026Open Access

Black Hole Thermodynamics and Finite Degrees of Freedom

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JNJulián Sánchez Navarro

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This article analyzes the implications of black hole thermodynamics, indicating finite degrees of freedom in physical systems.

Key Points

The study explores the consequences of black hole thermodynamics, focusing on the implications of finite entropy for the structure of physical states.
Analyzed Bekenstein-Hawking entropy and Hawking temperature concepts.
Distinguished between mathematical and physical continua.
Discussed implications in frameworks like holographic principle and loop quantum gravity.
Demonstrated that finite entropy necessitates finite degrees of freedom at the event horizon.
Showed that Hawking temperature is associated with the horizon, not the interior.
Concluded that effective minimum scales exist even while using a continuum as a mathematical approximation.

Cite This Study

Julián Sánchez Navarro (2026) studied this question.

synapsesocial.com/papers/6a12969d48a0ea166567388f https://doi.org/10.5281/zenodo.20341799

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Black Hole Thermodynamics and Finite Degrees of Freedom

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Black Hole Thermodynamics and Finite Degrees of Freedom

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Cite This Study

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