Torsion Fields, Vortex Geometry, and the Plasma–Carbon–Argon Coherence System

Torsion fields, long described in physics as rotational distortions of spacetime or vacuum structure, are here reframed as quarter-turn phase geometries embedded within plasma vortices. These torsion geometries organize ionized matter, noble gases, carbon chemistry, and biological systems into coherent, self-stabilizing structures. This paper shows that torsion fields are not exotic forces but are the natural rotational grammar of plasma itself, governing atmospheric ion pockets, neural coherence, mitochondrial electron flow, and planetary-scale field organization. Torsion fields Vortex physics Plasma biology Carbon lattice Argon Ionic pockets Neural coherence Atmospheric plasma Solar–terrestrial coupling