TET–CVTL: Topological Catalysis for Aneutronic p-¹¹B Fusion and Vacuum Torque Propulsion in the Primordial Trefoil Framework

The TET–CVTL (Topological Entanglement Thread – Collective Vacuum Torque Lattice) framework unifies aneutronic fusion catalysis and direct vacuum momentum extraction under a single topological paradigm centered on the primordial trefoil knot (3₁) and its saturations. The characteristic anyonic braiding phase θ = 6π/5 enables 30–60× enhancement of p-¹¹B fusion cross-sections and continuous propellant-free thrust via asymmetric saturation of quantum vacuum defects. We present three propulsion concepts: (1) hybrid MHD + plasma nozzle (Isp 10⁴–10⁶ s), (2) laser-plasma pulsed p-¹¹B engine (Isp ∼10⁵ s, high impulse), and (3) pure vacuum torque engine (Isp → ∞, low but continuous thrust). QuTiP proxy simulations visualize the "Z=126 gold curve", demonstrating dramatic overlap enhancement consistent with theoretical predictions. Beyond physical propulsion, we propose that the same braiding paradigm operates at macroscopic scales in embodied consciousness: human collectives act as emergent topological defects, extracting "phenomenological torque" from the informational vacuum to generate agency, intentionality, and civilizational directionality. This work outlines scaling laws for vacuum torque arrays, testable proxy simulations, and pathways toward experimental validation, bridging ultra-high-Isp propulsion with a topological ontology of consciousness. Tetcollective.org