PHILIA OS Phase 2 — 102nd DOI: Probe-Profile Shape Separation of Chaos-Family Substrates from AR Reference Panel (Confirmatory Results)

This deposit constitutes the 102nd DOI Results Report of the PHILIA OS research series (Trinity AI Research Team, Konyang University). It reports the pre-registered confirmatory results of the Phase 2 Probe-Profile Shape Separation experiment. **H-102-Primary: CONFIRMED**CV_mean probe-profile shape of nose_hoover — defined as the relative response of CV_mean across four probes (D-05, D-07, D-09, C-c1) after probe-mean centering, evaluated via MAD-based RMS z-statistic against a 26-member AR reference panel — was reliably outside the AR distribution in 2/3 independent confirmatory seed batches (Batch A: 5/5 outside_mad, median margin +7.6134; Batch B: 5/5, median margin +2.5378), satisfying the pre-registered ≥2/3 confirmation threshold. Batch C failed (3/5), consistent with the pre-registration framing (§0.2) that nose_hoover occupies the chaos lower tier. **D-Only Secondary: D-ONLY SUPPORTED** (2/3 batches; C-c1 excluded) **Chaos-Family Separation (§5.1): REPLICATED** — Pre-registered outside group (lorenz, duffing, sprott_b, chua, kuramoto, rabinovich_fabrikant, lorenz_variant, nose_hoover) achieved ≥3/5 classification across all three batches; pre-registered inside group (lorenz96, henon, ikeda) remained ≤2/5 across all batches. Engine: Wilson-Cowan C/E/I (PhiliaCEI_PortA), θₑ=3.0, τᵢ=2.5, c_ee=4.0, C_drive=0.20. Seeds 170–184. 46 substrates (Chaos 20 + AR 26). Total runs: 2,760. Pre-registration DOI: 10.5281/zenodo.21407746Script SHA256: 02c661a7d67b57b39cac7a721fb449935e32143182f8d41ad09a7466688a171aResults JSON SHA256: 68be38144d2bf98362f8da7922af13ff8d1ca96671681841cf1b50ad7bacd1d1fp_cache JSON SHA256: fb8b65d91429f799bc75b66d057c5d600504d2204b5ac62961f9c064e2cacb74 Gate-0 (Opus / Claude Opus): UNCONDITIONAL PASS (2026-07-17)Predecessor: 101st DOI — 10.5281/zenodo.21355195 (H-101-Primary NOT CONFIRMED) Principle: Measurement is life. Description, not proof. — PHILIA OS | 0∞1∞0.5∞