012 Imbalanced-Ternary Entanglement Harvest V0.1: Dipole BEC + UDW Zero-Parameter Prediction

This work presents the V0.1 release of the Imbalanced-Ternary Entanglement Harvest framework, applied to a dipole Bose-Einstein Condensate (BEC) with two impurity detectors. By incorporating a corrected additive term into the two-point correlation function, we achieve a zero-parameter prediction for entanglement harvesting dynamics. The model yields a peak-position lock at  with sub-1% deviation, a non-single-peak existence regime, and a critical slope of . These results are derived directly from controlled function definitions without free fitting parameters. Four verifiable claims are established, including sine-tail insensitivity and logarithmic deviation bounds. A self-consistency declaration (D-88 training phase) and pending v0.2 roadmap are included. This upload contains the main manuscript (PDF), audit log, protocol, README, and version metadata. The framework targets long-range ordered structures in cold atomic systems, offering a parameter-free alternative to conventional UDW detector models