TET–CVTL Hybrid v5: Quantitative Design for Room-Temperature Vacuum Entanglement Saturation and Controllable Inertial Reduction (2026–2030)

We present the fully quantitative v5 of the TET–CVTL Hybrid device that unifies the Toroidal Electromagnetic Theory (TET 2.0) with the electromagnetic vacuum entanglement ontology (TU-GUT-SUSY). Three 120°-phased high-Tc Archimedean spirals seeded by Cooper-pair triangular ordering and clocked by NV-center spins generate a topologically protected rotating vacuum polarisation field at room temperature. The resulting gravitomagnetic toroidal field yields controllable inertial reduction η ∈ [0.001, 0.50] with input power <5 W after spin-up. Detailed performance table (78 kHz → 3.33 GHz), realistic 3D device rendering, and exact entanglement calculations are provided for immediate experimental realization in 2026–2030.