Vacuum Torque Engine v2: Parametric Amplification of Topological Torque from the Primordial Vacuum in the Topology & Entanglement Theory (TET-CVTL) Framework

The Vacuum Torque Engine v2 is the core experimental testbed of the Topology & Entanglement Theory (TET-CVTL) framework. It utilizes coherent phonons generated by surface acoustic waves (SAW) in advanced magnetoelastic heterostructures to parametrically amplify topological torque emerging from the eternal primordial trefoil vacuum lattice (3₁ knot, linking number L_k=6). This paper details the device architecture, extended numerical simulations calibrated on real materials, quantitative predictions (resonance window 420–580 MHz, ISHE voltage 100–600 μV/W, topological threshold ε_c ≈ 7.2 × 10^{-4}), and multi-scale implications ranging from primordial cosmology to energy extraction, quantum biology embodied, and quantum neurophysiology. Initial experimental realizations will test whether the braided primordial vacuum can be actively pumped on laboratory scales, providing direct evidence of topological torque from the fundamental structure of spacetime. Tetcollective.org