Non-Neural Memory as Thermodynamic Basin Dynamics: Kramers Escape, K-Factorization, and Mean-Field Convergence in Xenobot Calcium Signaling

Maps the Levin lab's xenobot memory data (Pai et al. 2026) into the Void Framework's thermodynamic field theory. Calcium cross-correlation provides the first direct physical observable for the coupling coordinate α, bypassing the scoring circularity problem. K-Factorization confirmed at the calcium level with temporal dissociation: scale responds first during stimulus, coupling shape reorganizes over hours. Kramers barrier height Eb/T ≈ 6. 8 from 24h memory persistence matches the universal cross-domain range. Six predictions tested (HP-XBM1–6), five kill conditions (0/5 fired). Establishes Pe dynamics in a system with zero neural architecture.