"Why Stars Burn Out"

“Why Stars Burn Out: An Electromagnetic Collapse Framework” by Clyde Jermaine Wilcox offers a groundbreaking redefinition of stellar death, replacing the classic thermonuclear exhaustion model with a theory grounded in magnetic field coherence. This paper introduces the concept of Magnetic Information Density (MID) and defines a critical threshold—B_crit—below which stars collapse due to electromagnetic disintegration rather than fuel depletion. Featuring the Wilcox Field Tensor (W_μν) as a novel mathematical tool to capture internal electromagnetic structure, the work explains phenomena such as hydrogen retention in white dwarfs and magnetar cooling anomalies. This framework establishes a new phase diagram for stellar stability and offers testable predictions that challenge conventional mass-based stellar evolution models. This is Version 1, aimed at mainstream astrophysics audiences, with emphasis on observable anomalies and predictive clarity. Future versions will expand into field unification and quantum-boundary implications. ---