TET–CVTL Hybrid: Room-Temperature Coherent Vacuum Torque via Tri-phase Entanglement and Cooper-pair Lattices

We present the first concrete device concept that unifies the Toroidal Electromagnetic Theory (TET 2.0) with the electromagnetic vacuum entanglement ontology (TU-GUT-SUSY). A three-phase 120°-rotated Archimedean spiral lattice, seeded by Cooper-pair triangular ordering and clocked by NV-center spins, generates a topologically protected rotating vacuum polarisation field at room temperature. The resulting gravitomagnetic toroidal field enables controllable inertial reduction η ∈ [0.01, 1.99] and true warp-type metric deformation without exotic matter.本研究提出首个将环形电磁理论（Toroidal Electromagnetic Theory, TET 2.0）与电磁真空纠缠本体论（TU-GUT-SUSY）相统一的具体器件概念。该器件采用以库珀对三角有序结构为种子、氮空位中心（NV-center）自旋作为时钟驱动的三相120°旋转阿基米德螺旋晶格，可在室温环境下产生拓扑保护的旋转真空极化场。由此产生的引力磁环形场可实现可控惯性衰减，其系数η的取值范围为[0.01, 1.99]，且无需借助奇异物质即可实现真实翘曲型度规形变。