This Zenodo package contains the final MEON R53G-FIX1 diagnostic evidence bundle prepared by Asil Karahan. The package documents a strict topological audit of publicly available Hubble Frontier Fields gravitational-lensing kappa maps, with emphasis on lacunarity-based structure diagnostics and controlled comparison against null and positive-control variants. The analysis focuses on whether real cluster lensing maps show reproducible topological separation from generated null controls under locked, predefined metrics. The central diagnostic is lacunarity, supported by additional structure metrics and audit tables. Results are reported using cautious scientific status categories such as PASS, CAUTION, FAIL, MISSING, and INCONCLUSIVE. This release is intended as a reproducible evidence and review package, not as a claim of final cosmological proof. It does not by itself falsify ΛCDM, replace dark matter, or prove a complete physical formation mechanism. Instead, it provides a structured diagnostic framework for identifying and auditing topological differences between observed lensing-map morphology and controlled null baselines. The archive includes the final report, metric tables, claims tables, summary files, plots, validation material, and reviewer-oriented documentation needed to inspect or extend the R53G-FIX1 analysis.
Asil Karahan (Sat,) studied this question.