Data Set and Images for Information Continuity at Black Hole Horizons via the Kilgore Field Equation

This archive contains all data, code, and figures associated with the study “Information Continuity at Black Hole Horizons via the Kilgore Field Equation.” It includes: Full numerical simulation outputs for 1D KFE horizon dynamics Clean and noisy initial condition comparison runs Phase-sweep data across 25 horizon strengths (δ ∈ [1.0, 5.0]) Collapse-time measurements and normalized coherence traces Reproducible Python scripts (.py) used to generate all results and figures The phase diagram, robustness plots, and convergence figures The data demonstrate a sharp transition in horizon behavior: weak horizons decohere rapidly, while strong horizons maintain near-perfect information coherence even under large perturbations. The archive enables full reproduction of the paper’s results and supports further exploration of KFE horizon dynamics. All files are released openly to support transparency, verification, and reuse in computational physics, nonlinear dynamics, and information-theoretic models of spacetime.