Torsion Fields as Quarter-Turn Phase Geometry in Coherent Plasma, Carbon, and Cosmological Systems

Torsion fields have been reported across plasma physics, cosmology, biophysics, and alternative gravitational models, yet they remain poorly defined within conventional force-based frameworks. This paper proposes a geometric interpretation of torsion as a quarter-turn phase structure within coherent spherical and toroidal fields. By modeling vortices, plasma filaments, carbon lattices, and galactic rotation as expressions of the same rotational phase geometry, torsion emerges naturally as a phase-gradient phenomenon rather than a separate force. This approach unifies laboratory plasma behavior, biological patterning, and large-scale cosmic structure within a single coherent geometric architecture. Torsion fields Vortex geometry Plasma coherence Carbon hexagonal symmetry Phase geometry Quarter-turn symmetry Toroidal fields Coherent matter Galactic plasma Biophysical coherence