Code and data for "Kinetic locking of dissipation in viscous aerosols: a frenesy reading of a reacto-diffusive transition"

(2) DMRG of the symmetrized, epsilon-regularized model, for both the Fredrickson-Andersen and East facilitation rules. It computes the slope diagnostic m(c) = Delta_C / Delta_Sigma and its crossing of 1/2 at c* ~ 0.147 (main-text Fig. 3); and the activity jump Delta_a, the peak susceptibility chi_peak/N, and the (N, epsilon) convergence grid that establishes the first-order active-inactive coexistence (Figs. S3, S5; Tables S2-S4).

(3) Kinetic locking line: the water-plasticized viscosity parameterization for alpha-pinene SOA propagated to matrix self-diffusivity by (fractional) Stokes-Einstein, and the supply-limited locking condition D_org(RH,T) = R^2/tau_react solved in the relative-humidity-temperature plane (Figs. 1, S1, S2; Table S1). The deposit includes the figure-generation scripts and the intermediate numerical outputs (JSON) from which the published figures are rendered.

Per-file descriptions and exact per-figure commands are listed in README.md. No experimental data were collected: all physical inputs are independently published material parameters cited in the manuscript.