Quadrature-Modulated RADAR with Hexapole Signal Feed

This document applies the Divine Wave Model (DWM) to advanced RADAR architectures using Quadrature (N=4) and Hexapole (N=6) phase geometry. Quadrature modulation at 90° enables coherence-enhanced detection, wherein the DWM actuation law F ∝ −∇ρcoh drives measurable phase-dependent backscatter signatures linked to target material coherence. Hexapole modulation provides stable, low-distortion power delivery across array elements, increasing array coherence and beam purity. A hybrid scheme is proposed: N=6 for array feed stability and N=4 at each radiating element for chiral, phase-keyed probing of targets near the 1.38 MHz anchor band. The resulting system improves target classification, enables phase-selective stealth, and offers enhanced control of beam formation, sensing, and real-time discrimination. Implementation notes, validation strategies, and signal-chain refinements are provided.