From Mass to Mode: Quantized Shells in Black Hole Geometry

NEW: "Version 02" "Fractal Genesis: The Birth of Spiral Universes inside Black Holes" NEW: "Version 03" "Structural Genesis from Black Hole Density: A Reinterpretation of White Holes and the Cosmic Background" This paper presents a novel theory of black hole structure based on quantized spiral geometry and discrete resonance shells. Instead of singularities or continuous gravitational collapse, black holes are described as organized, layered systems governed by a central mirror operator. Once geometric saturation is reached, the black hole transitions from an accretor to a structural emitter — radiating spatial order rather than absorbing mass. The model is conceptually connected to the author’s earlier work on number space quantization through prime-difference sequences (“A New Perspective on Infinite Number Spaces through Prime Number Distances and Quantization” – DOI: 10.5281/zenodo.14853309), but it stands as an independent framework focused on black hole topology and symmetry dynamics. Contact: [email protected]