A Note on Localized Impedance Attenuation and Electro-Dynamic Earth Coupling in Insulated Urban Environments: Initial Observations Since March 2026" (和訳:絶縁された都市環境における局所的インピーダンス減衰と電磁気的地殻結合に関する研究ノート:2026年3月以降の初期観測)

Abstract:This research note presents a theoretical extension of our previously proposed 7-parameter thermodynamic-electromagnetic coupling model, focusing on the physical consequences of localized impedance attenuation (Z_mind → 0) in highly insulated urban skin layers. Since March 2026, empirical observations have been conducted in a designated urban grid in Tokyo (characterized by high asphalt insulation, η_asphalt ≈ 0.95). Preliminary data over a three-month period indicates a subtle yet mathematically significant deviation in localized atmospheric entropy (ΔS_EM) and a corresponding increase in the predictive uncertainty (χ_unpredict) of regional meteorological simulations. We hypothesize that these anomalies stem from a localized charge leak current (I_leak) bypassing the urban insulation layer, suggesting a novel mechanism for microclimate stabilization.