MEFI Theory
Resonance-Based Galaxy Formation Simulator
Core MEFI Formula
This simulator visualizes galaxy formation through the MEFI framework: compression response, ΔQ modulation, phase alignment, and UFR stabilization acting together as a coherent field process.
What You Are Seeing
This simulator visualizes galaxy-like organization through MEFI-style resonance compression, ΔQ modulation, tangential phase flow, and Universal Frequency Resonance (UFR) stabilization. The arms, disk flattening, clustering, and core concentration are not manually drawn; they emerge from the particle update rules used in this model.
Particle convergence near the moving resonance centroid.
Flattening measured from the particle distribution’s principal axes.
Tangential flow around the current resonance center.
Localized disturbances, cascades, and replayable perturbation events.
Menu: use the bottom Menu button to expand/close controls while watching.
MEFI Formation Principles
In this framework, galaxy structure forms through resonance-state interaction rather than through externally imposed orbital paths. Compression response draws field activity toward coherent centers, ΔQ introduces directional change, tangential phase flow generates rotation, and UFR stabilization allows organized structures to persist instead of dispersing.
Local structure concentrates around resonance centers without requiring a separate attraction construct.
Change enters the system as coherent disturbance, producing asymmetry, arm formation, and local stress events.
Tangential phase alignment produces rotational organization and disk-like coherence.
Universal Frequency Resonance reintegrates disturbance into persistent large-scale structure.