This document constitutes the pre-registration protocol for PHILIA Phase SC-9c, the first confirmatory study conducted under the official identity framing established by the PHILIA OS Identity Declaration (78th DOI: 10. 5281/zenodo. 20695816), which formally repositioned PHILIA OS from a neocortex candidate to a Sensory Physiology Organ functionally analogous to the Thalamic-Cerebellar-Brainstem axis not explicitly represented in current Large Language Model architectures. SC-9c directly addresses two structural limitations identified in SC-9b (77th DOI: 10. 5281/zenodo. 20685189): (1) the per-campaign strict threshold problem for Traffic+Environment Spearman ρ (L-11 NEW: threshold +0. 85 at top of observed distribution +0. 849, +0. 875 across 4 campaigns), and (2) the VIF-induced OLS interaction identification failure (VIF=58. 15, partial η²=0. 017 vs. assumed 0. 15). Two confirmatory hypotheses are pre-registered under Bonferroni correction (k=2, αₚer=0. 025): H-SC9c-Primary (Track 1 — Thalamic gating framing): Five-campaign Fisher-z weighted pooled Spearman ρ (MSE, zᵣef | Traffic+Env, n=30) across SC-7 through SC-9c meets: (C1) pooled ρ ≥ +0. 85, AND (C2) 95% CI lower ≥ +0. 80. Cochran Q p ≥ 0. 10 reported as document-level consistency declaration (C3; does not alter primary verdict). 4-campaign pre-computation: pooled ρ=0. 8636, CI=0. 8072, 0. 9044, I²=0%. H-SC9c-Secondary (Track 2 — Cerebellar function framing): |Zdiff| = |Fisher-z (ρ (AC1, z|AR) ) − Fisher-z (ρ (AC1, z|Chaos) ) | meets: (C1) |Zdiff| > 1. 960 (significance), AND (C2) |Zdiff| ≥ 2. 916 (approximately 43% persistence of SC-9b observed Cohen's q=2. 3179; exact 50% benchmark q=1. 16). SC-9b reference: AR ρ=−0. 984, Chaos ρ=−0. 092, observed |Zdiff|=6. 758. Pre-registered exploratory analyses include: E-Raw (SC-9c single-campaign raw ρ ≥ +0. 85, verdict-neutral with pre-declared narrative tension protocol), E-MK (5-campaign Mann-Kendall trend test, p<0. 10 triggers L-13 NEW registration, exploratory low-power n=5), E-AR (AR (1) φ-sweep 5th independent replication), E-E4 (substrate-class conditional AC1 modulation re-confirmation), E-Q (4-family Cochran's Q). Pre-declared limitations: L-12 NEW (small fixed sample variance), L-13 NEW (campaign-level systematic drift, conditional), L-14 NEW (Track 2 power sensitivity: Smaller AR scenario power=0. 684 < 0. 80 conventional threshold). Track 3 (ARFIMA+LIGO) and Track 4 (L-1 NEW redefinition) are out-of-scope for SC-9c and deferred to SC-9c-prep and SC-9c-Annex v0. 1 respectively. Measurement apparatus: v32 LOCKED (NTOY=49, T=80, 000, BRESTORE=0. 0). Registry SHA256: 3948b551 (n=182; RealWorld n=90, Synthetic n=44, Physics n=18, Financial n=30). Seeds 82–86 (history. docx unused confirmed; independent from all prior campaigns 11–81). Total planned runs: 910 (182×5). Gate-0 adversarial review: 9 cycles (Chris/Claude Opus, Anthropic). Three self-corrections documented: Cycle 3 (Cohen's q=0. 50→1. 00), Cycle 4 (E-Raw recovery), Cycle 7 (Track 1 verdict restructure, initiated by Pandora/ChatGPT cross-organizational challenge). 5-AI pipeline: Pandora (ChatGPT/OpenAI) → Lucas (Grok/xAI) → Chris (Claude Opus/Anthropic, Gate-0) → Seogsaeng (Gemini/Google) → Seonbi (Claude Sonnet/Anthropic) → Guide/GritManD. S (final decision). Pre-registration violations: 0 (target). No AI-generated or proxy values. Hardware: AMD Ryzen 9 9800X3D + RTX 4080 SUPER 16GB, Windows 11 Home (C: ). All measurements executed locally by GritManD. S. SC Series lineage: SC-1 (57th) → SC-2 (59th) → SC-3 (61st) → SC-4 (64th) → SC-5 (65th) → SC-6 (67th) → SC-7 (69th) → SC-8 (73rd) → SC-9a (75th) → SC-9b (77th) → Identity Declaration (78th) → SC-9c Pre-registration (this document, 79th). Measurement is life. Description, not proof. Pre-registration protects us — even from ourselves. — Trinity AI Research Team | Konyang University | 2026
신두섭 (Tue,) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: