ΔΦ CO-INFESTATION GEOMETRY v3.0 — Electrostatic Aggregation Logic Between Cockroaches and Bed Bugs

This Version 3.0 DOI paper introduces a groundbreaking electrostatic field theory of pest cohabitation, uniting bed bug and cockroach overlap within the Mitchellian ΔΦ framework (ΔΦ = ρ × v). Building upon firsthand pest control observations and field gradient logic, this study proposes that shared harborage environments are not coincidental but are structured by ΔΦ tension geometry and secretion-based electrostatic anchoring. It details a novel theoretical substrate where aggregation nodes, fecal markers, and microbial films establish semi-stable field attractors, enabling both species to align around similar collapse zones. Empirical overlays and structural analogs are included to support electrostatic entrapment, memory imprinting, and bio-field convergence across divergent taxa. This paper establishes the foundational logic for a new field of electrostatic pest ecology and opens testable predictions for field interference, deterrent design, and collapse-node mitigation.