This Zenodo release provides the R141 Theory and Methods Explainer for MEON V50 / the Karahan–Einstein Framework. It documents the working assumptions, effective field-equation form, weak-field rotation-curve limit, strong-lensing relation, cosmological background equation, linear perturbation closure, the role of the N=194 sector label, overfitting controls, and reproducibility boundaries of the current MEON audit program. MEON is presented here as an effective geometric cold-sector framework rather than as a completed fundamental replacement for ΛCDM. In this formulation, the phenomenological role normally assigned to particle cold dark matter is represented by an effective geometric/torsion-like stress-energy sector. The document explains how this sector is connected to galaxy rotation curves, SLACS strong-lensing tests, CMB/Planck acoustic-scale checks, BAO/LSS likelihood tests, and native-solver readiness work. This release is intended to complement the previous empirical audit packages by making the mathematical and methodological structure more transparent to reviewers and independent readers. It does not claim that ΛCDM has been falsified. The remaining validation requirements include fully converged nuisance-marginalized MCMC runs, radius-resolved cluster-lensing tests, a compiled native CAMB/CLASS implementation, and independent third-party reproduction.
Asil Karahan (Wed,) studied this question.