"Controlled Destruction of Double-Slit Interference via Dimensionless Magnetic Topology"

This paper presents a dimensionless, topological framework for controlled manipulation of double-slit interference using Magnetic Information Density (MID*). Interference collapse occurs when MID* exceeds a critical threshold (κ_crit), with global collapse governed by the Debt functional. The framework introduces a Wilcox bivector (W_ij) to encode field topology and self-linking, fully normalized to apparatus-specific scales (L_c, T_c, B_rms, J_0) without SI units or spacetime metrics. Experimental protocols demonstrate sharp fringe visibility drops via tunable toroidal coils, enabling reproducible, falsifiable tests of interference control. The results provide a unified, scale-free method to map dimensionless topology to observable interference outcomes. ---