Magnetism-Enhanced Gravity (MEG): Core Structure, Event Horizon Dynamics, and Singularity as a Collapse State

This release presents an extended version of the Magnetism-Enhanced Gravity (MEG) framework, focusing on the physical structure of black hole cores. The work introduces a consistent interpretation of black hole singularities as structural collapse states rather than physical objects, explains event horizon growth as a dynamic response to increasing core density and gravito-magnetic confinement, and analyzes the role of time collapse in the deepest interior regions. The framework preserves the Kerr geometry and does not introduce dark matter, exotic particles, or modifications of General Relativity. Magnetic fields act as an environmental enhancer of gravitational confinement in extreme curvature regimes. This version includes the original MEG framework document together with new core-focused papers addressing Kerr black holes, Sgr A*, and singularity formation.