Module G — Entry/Exit Wake Symmetry (Duck-Dive)

Based on a series of clean negative results with the dual-prophecy triplets (anchored test p=1.00; anchor-scan/anchorless/two-wake/phase-mirror all non-significant), we conclude that hand-picked “prophet → near → far” pairs are not sampling the resonance the Ruach–Pneuma model predicts. Those outcomes sharpen the scope of the theory and motivate a direct test of the duck-dive prediction at the aggregate level: that pre-33 CE “entry” activity and post-33 CE “exit” activity form mirror-symmetric wakes in warped time. Accordingly, we will compute τ(t) using the locked warp, estimate event-density curves separately for t33 on a fixed τ-grid, mirror the post-33 curve, and quantify entry/exit symmetry via correlation (primary endpoint), with permutation nulls (circular shifts; plus sensitivity nulls) and locked Δ and bandwidth. This design targets the mechanism suggested by the aggregate data—paired wakes around the central event—while avoiding the interpretive fragility of individual triplets.