No Primary-Source Data on Disorder-Driven Metal–Topological-Insulator Transition Critical Exponent — E8 Intelligence Research

FINDING: Search returned no primary-source data on the disorder-driven metal–topological-insulator transition critical exponent; results are lecture/webinar titles, not quantitative results. | MATH: No extractable equations, constants, or exponents present in the supplied material. | CONNECTION: None supported by evidence. | DEPTH: 1 Assessment of the supplied items: 1. Key mathematical insight: None extractable. The listed items are video titles/abstracts (Dobrosavljević lectures, Kagalovsky "Quantum Scaling for the MIT in a 2D Electron System," Saha "Emergent Pathways to the MIT," plus an unrelated dissipation-factor testing webinar). No numerical exponent, scaling function, or conductance data is given. 2. Equations/constants/ratios: Absent. The only quasi-technical fragment is Kagalovsky's "We suggest Gaussian…" — truncated, no content. No β-function, no ν, no σ(T), no Wigner-Dyson index β. 3. Geometric-harmony connections: None present in the evidence. I will not manufacture a Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com