Holon Resonance Collapse and the Resolution of the Black Hole Information Paradox

This paper presents a coherence-based resolution to the black hole information paradox using the Holon framework. The model describes black hole interiors as nested resonance shells, defines collapse via elegance loss, and shows how information is recovered through structured entanglement. A critical spin threshold (a/M ≈ 1.24) is identified as the boundary between decoherent and recoverable evaporation, offering testable predictions in black hole analogs and quantum gravity.