Black Holes as Nested Phase-Transition Structures: A RECT Interpretation of the Mass-Dependent Behavior of the Action Parameter C

Key Points

• This research aims to explore the evolution of black holes through the lens of the Reference Object Entropy Cycle Theory.
• Developed a theoretical framework based on the Reference Object Entropy Cycle Theory (RECT) to analyze black hole behavior.
• Conducted numerical simulations to test the proposed phase-reset mechanism at the Planck scale.
• The simulations indicate a multi-step phase-reset mechanism for black holes' evolution, involving continuous internal matter-energy conversion.
• The findings support the idea that black holes experience cumulative quantum-jump merging.