Validation of the Mass-Energy Gravity (MEG) Model: A Tested Alternative to Dark Matter and Dark Energy

The Mass-Energy Gravity (MEG) model offers a fully tested and observationally validated alternative to standard cosmology and gravity. Unlike ΛCDM, which relies on dark matter and dark energy, MEG explains gravitational effects through energy-density gradients (EDGs), naturally reproducing galaxy rotation curves, cosmic expansion, and large-scale structure formation.This document presents the comprehensive validation of MEG, including:Successful tests against galaxy rotation curves without dark matterLIGO gravitational wave detections supporting MEG’s boson star predictionsJWST gravitational lensing analysis confirming neutron star candidates from the early universeCosmic expansion predictions matching Type Ia supernovae, BAO, and CMB data without dark energyBlack hole formation explained as a soft transition, eliminating singularitiesMEG has now undergone rigorous theoretical derivations, numerical simulations, and observational comparisons, making it a fully functional alternative to ΛCDM and General Relativity.This validation summary serves as an official supplement to MEG’s core theoretical framework and provides testable predictions for future astrophysical observations.