01 / Harmonic structure
The Harmonic Ladder
A hydrogen-anchored logarithmic map of allowed field states. Its rungs extend toward the Unified Limit in one direction and the CMB in the other.
Research
Connecting physics across every scale
MEG organizes physical structure around energy-density gradient steepness, coherence thresholds, and a universal logarithmic ladder across scales.
Research program
From the quantum domain to the cosmic web
Mass–Energy Gravity treats gravity, motion, and quantization as emergent effects of coherent field structure. The program seeks common mathematical organization across systems usually studied separately.
Its two central structures—the Harmonic Ladder and the Unified Limit—generate hypotheses that can be compared against observations of atoms, phase transitions, planetary atmospheres, compact objects, gravitational waves, lensing systems, and large-scale cosmology.
Core frameworks
02 / Stability boundary
The Unified Limit
The steepest coherent energy-density gradient nature permits. At this boundary, further steepening cannot be sustained, so the field flattens, redistributes, or loses coherent structure.
03 / Fundamental field
Energy-Density Gradients
MEG explains gravity, motion, and structure through differences in energy density. These gradients guide how energy redistributes and how coherent systems respond across every scale.
04 / Coherent structure
Coherent Field Structures
MEG describes matter not as particles, but as QEDGs—coherent radial standing waves of trapped energy whose boundaries determine stability, motion, and transitions between allowed states.
Standard of evidence
A framework built to be tested
A unified account matters only if it makes precise, falsifiable predictions. MEG research is organized to expose assumptions, publish companion mathematics, and identify observations capable of supporting or ruling out each claim.
Explore technical companions