MEON R192–R51W: A Reproducible Spin-Torsion Field Theory and Hubble Frontier Fields Diagnostic Audit Package

This archive presents the current MEON research package by Asil Karahan, combining the MEON R192 spin-torsion effective field theory with a reproducible diagnostic audit sequence applied to public Hubble Frontier Fields (HFF) gravitational-lensing Kappa reconstructions. The theoretical component treats MEON as a speculative effective spin-torsion field framework with topological structure and resonance-motivated terms. The empirical component documents the final audit stage through R50 and R51W. R50 performs a cluster-matched LambdaCDM-like reconstruction challenge across 25 public HFF Kappa maps and reports broad reconstruction-level mismatch behaviour relative to matched control mocks. R51W extends the test to wavelet phase-resonance diagnostics and returns a compatible or inconclusive result, showing that the R50 texture mismatch is not automatically reducible to simple wavelet phase-locking. The package includes the current field-theory PDF, final code appendix, Python scripts for R50 and R51W, manifest files, README documentation, and compact result summaries. The archive is intended as a reproducible research dossier and diagnostic framework, not as a final proof of new cosmology or a definitive falsification of LambdaCDM. Its main conclusion is that MEON provides a structured audit methodology for identifying scale-texture and reconstruction-level discrepancies in HFF lensing maps, while motivating stronger future tests against full hydrodynamical or ray-tracing LambdaCDM simulation ensembles.