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This research aims to develop a non-equilibrium framework for understanding black hole dynamics, specifically focusing on quasars.

April 13, 2026Open Access

SIP-PHY-01d Quasars as α-Regulated Engines

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This framework reveals quasar dynamics through a novel non-equilibrium model, suggesting implications for black hole behavior.

This research aims to develop a non-equilibrium framework for understanding black hole dynamics, specifically focusing on quasars.
Developed a framework based on dynamic imbalance using Bogoliubov coefficients in curved spacetime.
Extended the Clausius relation to encompass irreversible horizon thermodynamics.
Derived the Bekenstein-Hawking Area Law from first principles and analyzed quasar properties with quantifiable metrics.
Quasar light curves exhibit 1/f flicker noise, with a scaling exponent related to the Eddington ratio.
Decreased variance of α is observed with increasing black hole mass, indicating a homeostatic behavior.
Effective temperature of Hawking radiation is reduced by a factor during high-accretion events.

Smith et al. (2026) studied this question.

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April 13, 2026Open Access

View Full Paper

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Authors

This framework reveals quasar dynamics through a novel non-equilibrium model, suggesting implications for black hole behavior.

This research aims to develop a non-equilibrium framework for understanding black hole dynamics, specifically focusing on quasars.
Developed a framework based on dynamic imbalance using Bogoliubov coefficients in curved spacetime.
Extended the Clausius relation to encompass irreversible horizon thermodynamics.
Derived the Bekenstein-Hawking Area Law from first principles and analyzed quasar properties with quantifiable metrics.
Quasar light curves exhibit 1/f flicker noise, with a scaling exponent related to the Eddington ratio.
Decreased variance of α is observed with increasing black hole mass, indicating a homeostatic behavior.
Effective temperature of Hawking radiation is reduced by a factor during high-accretion events.

Smith et al. (2026) studied this question.

View Full Paper

Ask AI

Bookmark