"Schizophrenia as a Topological Magnetic Coherence Collapse"

This paper presents a unified, dimensionless theoretical model of schizophrenia, framing the disorder as a collapse of Magnetic Information Density (MID) within neural networks. Using the Wilcox Chain and topological formalism, the model links coherence thresholds (θ_critical, κ) to neural network stability, explaining psychotic symptoms as emergent phenomena of disrupted electromagnetic negotiation loops. The work defines measurable parameters, predicts decoherence signatures, and proposes falsifiable tests, including harmonic magnetic field interventions to restore MID coherence. This framework bridges theoretical physics and computational neuroscience, offering a predictive, mechanistic, and testable approach to understanding schizophrenia. Keywords: Schizophrenia, Magnetic Information Density, Topological Collapse, Wilcox Chain, EM Negotiation Loop, θ_critical, S_eff, Psychosis, Neural Network Coherence, Dimensionless Modeling, Predictive Neuroscience ---