The White Hole Paradox and the Magnetic Reformatting of Reality

This paper challenges conventional notions of entropy and collapse by proposing a novel theoretical framework grounded in Magnetic Information Density (MID) and the Wilcox Constant (κ). It reframes white holes not as thermodynamic anomalies, but as magnetic reformatting events triggered when MID falls below a universal coherence threshold. The Wilcson Field Lagrangian is introduced to describe the dynamic interplay between magnetic tension, electric pressure, and informational topology. Predictions include polarization shifts in fast radio bursts, decoherence in structured water under electric stress, and inertial distortions near high-MID regions. This work offers a unified, deterministic model of collapse physics and positions entropy as a formatting process—not a descent into disorder. - --