Start beneath inherited assumptions
We ask whether structure can arise from gradients of steepness rather than particles or spacetime curvature.
MEG Research Institute advances a first-principles framework for understanding gravity, motion, quantization, and physical structure across scales.
“The institute is dedicated to testing Mass–Energy Gravity against observational and experimental evidence. MEG explains gravity, matter, and motion through coherent field structures shaped by energy-density gradients, rather than spacetime curvature or fundamental particles.
Our research develops predictions for neutron-star collapse, exoplanet atmospheric loss, cluster lensing offsets, phase transitions, and systems moving between Harmonic Ladder states.
We test predictions using data from LIGO, JWST, DESI, and future experiments, while publishing methods that keep each claim open to examination.”
We ask whether structure can arise from gradients of steepness rather than particles or spacetime curvature.
Predictions are developed for direct comparison with astrophysical, cosmological, and laboratory measurements.
MEG brings quantum, gravitational, thermodynamic, and astrophysical phenomena into a common structure.
Video essays are paired with technical companion papers so both conceptual and mathematical arguments remain accessible.