Large-m Asymptotics of the Renormalised SCT Transport Ratio

Research Note 24 in the "Geometry of the Critical Line" programme. Paper 45 proves the leading local quotient formula ρ̂(m) = |r₁ − r₂|/|c₁(r₂)| by Wronskian cancellation and derives the geometric transport limit ρ̂(m) → 2/k = 16/π. This note provides an independent numerical confirmation of that formula and its large-m behaviour. Numerical data for m = 2 to 50 confirm the formula to within 0.04% for m ≥ 20. The approach to 16/π is verified with fitted subleading corrections, and the convergence rate is illustrated across the full tested winding-sector range. The leading quotient formula is now proved (Paper 45); the role of this note is numerical confirmation and large-m illustration of the convergence. No arithmetic interpretation is claimed. Part of a 46-paper open-access programme on the geometry of the Riemann zeta function's critical line, anchored by the SCT 5-Manifold and the cover equation Φ + eiπ − 1/Φ = 0.