A Canon-Based Stability Classification of the Three-Body Problem Versions 4.5–4.6

This paper reports Canon three-body framework versions 4.5 and 4.6, extending Gilbert (v4.4) with two newtemporal operators. Version 4.5 introduces the spin drift operator δL(t), measuring normalised angular momentumdivergence across the three bodies and routing it through maturity, recursion, and leak amplification. Version 4.6introduces the asymmetric drift integrator I(t), which accumulates the deviation of each body’s drift from the systemmean — making the integrator immune to periodic oscillations and sensitive only to persistent asymmetry. Asaturation failure in the original v4.6 formulation is documented and corrected. Results: v4.5 achieves Pythagoreanejection discrimination at 2.60 standard deviations; v4.6 fixed achieves 4.58 standard deviations — the strongestresult in the framework’s history. The perturbed figure-eight remains partially detected at 0.09 standard deviationsin integrated drift, with a 0.06 std late-run maturity signal. The temporal memory architecture introduced in v4.6is identified as the foundation for the weather and quantum applications ahead.