VCDC-1: Solid-State Scalar Phase-Coherence and Toroidal Vacuum Displacement Architecture

Repository: Zenodo Preprint Archive Classification: Advanced Applied Physics / Unified Field Propulsion / Toroidal Electrodynamics Abstract This paper presents the formal engineering framework of the Vortex-Class VCDC-1 (2026), contrasting its real-time scalar phase-coherence architecture with historical mechanical pre-programming models (such as Otis Carr’s 1950s OTC-X1). By integrating a 24-channel MOSFET power matrix, series-opposing bifilar windings, a nested dodecahedral accumulator, and a real-time Bio-Resonance Sensor (BRS) phase-locked loop (PLL), the VCDC-1 achieves deterministic vacuum displacement, endothermic entropy reversal, and zero-resistance coordinate translation without mechanical inertia barriers.