ESCT v9.7b-1: Consolidated External Review, A_ref Sensitivity Analysis, and Framework Positioning Statement Final Supplementary Report for ESCT v9.6–v9.7b: A Multi-Scale Interpretive Framework for Consciousness Emergence Dynamics

ESCT v9.7b-1: Consolidated External Review, A_ref Sensitivity Analysis, and Framework Positioning StatementFinal Supplementary Report for ESCT v9.6–v9.7b: A Multi-Scale Interpretive Framework for Consciousness Emergence Dynamics Abstract: This supplementary report consolidates the complete external review and technical verification of the ESCT v9.6–v9.7b framework, resolves the final calibration vulnerability through quantitative sensitivity analysis, and provides a definitive positioning statement for peer-reviewed submission.Three contributions are made. First, consolidated external review by Kimi (Moonshot AI) and ChatGPT (OpenAI) establishes the corrected ESCT version history: v1–v5 wide-angle conceptual exploration; v6.2 formalization attempt; v7.1 external-validation inflection point; v8.1 physiological architecture; v9.5 mathematical closure; v9.6–v9.7b interpretive framework with calibrated falsifiable predictions. The reviewers concur that v9.x maturity derives from narrowing scope rather than expanding it — from “entropy influences everything” to the explicitly falsifiable prediction T3(macro) < T2(meso) < T1(micro) during propofol anesthesia induction.Second, a parametric sensitivity analysis addresses the most probable reviewer challenge: “Why A_ref = 20.0 µV/√Hz?” Computing PSD predictions across A_ref ∈ [10, 30] µV/√Hz, the valid interval for each scale is: T3 ∈ [19.2, 30.0], T2 ∈ [14.1, 25.7], T1 ∈ [14.5, 25.0]. The simultaneous-consistency intersection is A_ref ∈ [19.2, 25.0] µV/√Hz, within which all three scale-specific predictions remain inside their literature-derived estimated ranges. The adopted value A_ref = 20.0 falls within this intersection. This demonstrates that A_ref is not an unconstrained arbitrary choice but a constrained, empirically testable operational reference — evidence of internal consistency, not post-hoc fitting.Third, the framework’s evidential status is precisely classified: Level 1 (directional consistency, T3 < T2 < T1 matches Purdon et al. 2013 experimental sequence) and Level 2 (order-of-magnitude agreement, predicted PSD values 1.08 / 6.05 / 96.04 µV²/Hz fall within literature-derived estimated ranges) are achieved. Level 3 (individual-subject statistical validation using raw PhysioNet EEG data, doi:10.13026/C2CC73) remains pending.No new mathematical equations, free parameters, or open problems are introduced. Five production-ready figures suitable for journal submission are included. ESCT v9.6–v9.7b is positioned as a theoretically complete, calibrated, and empirically testable framework — stronger than pure abstract theory, and honestly distinguished from fully verified experimental results.Qualia ∉ Domain(Ĉ(ω,t)) — The Hard Problem is not solved. It is precisely bounded.