Mapping the Intermittency Neighbourhood: Radial Profiling of Extreme Enstrophy Events and the Dissolution Horizon

This is Part III of the Project Omega series. We shift the analytical framework from pointwise analysis to a 15-shell radial spatial model [cite: 211-212]. [cite_start]We identify a deterministic Dissolution Horizon at r_H = 23.52 \pm 0.85\eta, where the stretching signal collapses to background noise. We confirm that this spatial collapse is not viscously driven (R_v \approx 0.003 at all shells) but is a result of the non-local pressure environment. > Data Source: JHTDB isotropic1024coarse.