This white paper proposes a unified biophysical model — the Hinductive Coherence Principle (HCP) — that redefines the cardiovascular, fascial, and metabolic systems as components of a coherent electrodynamic continuum rather than as discrete mechanical subsystems. Drawing upon experimental evidence from structured-water research, mitochondrial network dynamics, and collagen tensegrity, HCP identifies hinductance as the fourth circuit element of life: the capacity of matter to retain and re-express phase memory through geometry and time.
Water’s interfacial ordering, mitochondria’s oscillatory inductance, fascia’s piezoelectric tensegrity, and the vascular system’s self-propelling microflows co-operate as an RLC–H network that sustains biological order far from equilibrium. The heart emerges not as a pressure-propulsion pump but as a phase resonator, harmonizing photonic, mechanical, and electromagnetic flows across the organism. This framework reconciles classical physiology with quantum-field coherence, providing a mechanistic substrate for vitality, healing, and consciousness. It concludes that life persists through coherence — matter remembering light through the recursive curvature of flow.
