This paper reports Canon three-body framework version 4.4, introducing two architectural refinements overGilbert (v4): a unified maturity operator M(t) that integrates pressure gap, spin, recursion depth, and entanglementstate into a single per-body measure; and an entanglement-aware leak operator that scales leak strength by1 + 1.2(1 − E), producing stronger substrate release when the system decoheres. The Pythagorean three-body systemshows a 139-fold difference in late-run maturity relative to the figure-eight systems, with per-body maturity curvesseparating dramatically before ejection. The entanglement state E(t) spike to 0.813 near Pythagorean ejection ispreserved. The perturbed figure-eight remains the outstanding challenge, with a 0.17 standard deviation separationin late-run maturity — a trend in the correct direction but below the detection threshold at this observation window.The v4.4 maturity operator is identified as the most physically grounded per-body diagnostic in the framework’shistory.
Dexter Coen Gilbert (Fri,) studied this question.