Enhanced Quantum Thermodynamics and Black Hole Energy Dynamics: Structured Quanta Expansion and Inter-Universal Resonance

This paper presents an advanced formulation of Quantum Thermodynamics and Black Hole Energy Dynamics,
incorporating structured quanta expansion, inter-universal resonance, and recursive entropy scaling.
By extending classical black hole thermodynamics with quantum oscillation corrections, this research
refines models for entropy scaling, black hole evaporation, and gravitational wave imprints.
Additionally, we explore how our predictions align with astrophysical observations and gravitational wave data.