PHILIA OS Phase 2 — Port D Self-Referential Probe Confirmatory Results (100th DOI): cos_pi_tone α=0.05 Achieves nose_hoover Outside Classification with Paired Port B/D 188-Substrate Displacement Mapping Appendix

This document constitutes the 100th DOI Results Report of the PHILIA OS researchseries (Trinity AI Research Team, Konyang University). CONFIRMATORY RESULTH-100-Primary: CONFIRMEDUnder Port D cos_pi_tone α=0.05 (self-referential cosine probe:x_input_t = rank(x_t) × (1 + 0.05 × cos(π × tone[t−1]))) with independentconfirmatory seeds 80–89, 7/8 Inside-8 substrates were classified Outside thebatch-specific AR1 boundary (threshold ≥5/8), with nose_hoover explicitlyclassified Outside for the first time across any PHILIA Phase 2 condition(seq_AC1 margin = +0.028). All five Calibration Anchors maintained Outsideclassification. 9 of 10 individual seeds classified nose_hoover Outsideindependently. NC-100: HOLDSUnder Port C c1_static α=0.05 (matched-α static lattice gain), nose_hooverremained Inside, providing probe-architecture-specific mechanistic contrast. ENGINEPhiliaCEI_PortA (Wilson-Cowan C/E/I oscillator): theta_e=3.0, tau_i=2.5,c_ee=4.0, C_drive=0.20 — locked since 92nd DOI.Measurement: 920/920 runs complete (Port D 460 + Port C 460).Pre-registration violations: 0. Cumulative self-corrections: 27.Gate-0 (Chris / Claude Opus): UNCONDITIONAL PASS. POST-CONFIRMATORY EXPLORATORY APPENDIXPort B/D 188-Substrate Paired Displacement Mapping (seeds 90–99; 3,760 runs;188/188 complete). Port B (sin, α=0.1, native-period-matched) and Port D(cos_pi_tone, α=0.05) run simultaneously on the same seeds to isolateprobe-architecture effects. Results reveal substantial heterogeneity inprobe-induced 2D displacement across families (AR1 mean 0.030 vsnon-AR1 families 0.061–0.073). Boundary crossings were symmetric:11 in→OUT and 11 OUT→in across 188 substrates, indicating that Port D is adistinct observation channel rather than a blanket improvement over Port B.nose_hoover displacement vector (Δseq=+0.018, ΔSD=−0.018, Δduty=−0.008)moved in the Outside-consistent direction in seeds 90–99, though binaryclassification remained Inside (seed-batch dependency; margin swing ≈ 0.033across batches). KNOWN LIMITATIONnose_hoover Outside classification is conditional: achieved in seeds 80–89(confirmatory; margin +0.028) but not in seeds 90–99 (appendix; margin −0.005).The displacement direction is stable across both batches; the binaryclassification is not. Quantification of batch-level Outside probabilityis a 101st DOI candidate direction. PRE-REGISTRATION10.5281/zenodo.21305779 PRECEDING DOI99th Results (Port B, H-99-Primary CONFIRMED 7/8): 10.5281/zenodo.21272075 Trinity AI Research Team | Konyang University | July 2026Measurement is life. Description, not proof. Pre-registration protects us.PHILIA OS | 0∞1∞0.5∞