"Breast Cancer as a Triphasic Magnetic Collapse Process"

This paper reframes breast cancer as a disorder of magnetic information coherence rather than a random accumulation of genetic mutations. Using the Magnetic Information Density (MID) framework, cancer progression is modeled as a three-phase collapse process: (1) initiation through destabilization of local data/potential nodes, (2) amplification via spin-coherence failure in protein networks, and (3) fixation as systemic magnetic reformatting that locks in tumor persistence. The Wilcox Constant (κ_tissue) defines the collapse threshold beyond which tissue coherence cannot be restored, providing a predictive basis for cancer onset and progression. The framework introduces testable electromagnetic diagnostics and proposes non-destructive therapeutic strategies such as magnetic reformatting, spin-lock reinforcement, and domain-level coherence restoration. By shifting focus from genetic damage to informational collapse, this work positions breast cancer as a predictable and reversible process of magnetic failure, generalizable across other cancers.