About MEG Institute

The MEG Research Institute is dedicated to constructing frameworks directly from observational and experimental data. We publish forecasts for neutron-star collapse thresholds, exoplanet atmospheric loss, and cluster lensing offsets, many now testable by LIGO, JWST, and DESI. Lab experiments on phase-change overshoot energies are probing harmonic snap margins with precision. Our institute fosters interdisciplinary research: cosmologists, condensed-matter physicists, engineers, and data scientists collaborate to turn EDG principles into testable mechanisms and working technologies.

We are dedicated to advancing a new understanding of the universe grounded in energy-density-gradient (EDG) steepness, not particles or spacetime curvature. We investigate how mass, motion, and structure emerge from coherent field configurations, and how the Harmonic Ladder unifies phenomena from quantum shells to cosmic structure. MEG is empirical, predictive, and falsifiable.

We welcome students, citizen scientists, and research partners to help refine, challenge, and apply this data-driven, first-principles framework for a profoundly harmonic universe.