TUM-F: VQbit Dynamics and the Entanglement of Co-local States in the Lotus Manifold

This work extends the TUM framework to the dynamics of VQbits within the Lotus Manifold L₈. We define the VQbit as a torsional spinor state with internal phase φ across the 8 co-local petals. The interaction Hamiltonian is derived from petal tension Δφ, yielding quantization of Dark Matter as misaligned torsional modes. Entanglement between petals produces observable inertia and gravitation without extra spatial dimensions. We establish the master equation for cosmic unfolding parameter n and derive testable predictions for cavity experiments at ω₀ = 13.56 GHz. This completes the foundational structure of TUM: from geometry (TUM-E) to dynamics (TUM-F).