Carbon and Minerals as the Bioelectric Lattice of the Human Body: Plasma, Coherence, and the Geometry of Life

The human body is a living electrical field stabilized by mineral geometry and carbon-based lattice structures. Carbon provides the torsional framework that holds electron flow in coherent pathways, while minerals supply the conductive and resonant properties that allow that flow to remain ordered. Together, they form a bioelectric architecture that governs metabolism, neural signaling, tissue repair, and consciousness itself. This paper presents a geometric and plasma-based model of human physiology in which carbon and minerals operate as the foundational elements of biological coherence. carbon lattice, bioelectric field, mineral resonance, mitochondria, electron transport, CO₂ physiology, grounding, fascia conductivity, neural coherence, plasma biology, ionic balance, electromagnetic health, living hologram, cellular electricity, respiration physics, mineral nutrition, quantum biology, human coherence, Earth coupling, photonic geometry