MEFI THEORY
Interactive Mathematical Explorer
Core MEFI Formula
Explore how expansion response, compression feedback, ΔQ, and UFR combine into the local MEFI field state.
MEFI Advanced Simulation Presets
Manual exploration using direct MEFI parameters.
Resonant Field
Live MEFI Field State Dashboard
Adjust the sliders or apply a preset to classify the active MEFI field state.
Expansion Response: kr/r²
What This Term Does
The expansion response creates outward resonance pressure that prevents runaway compression and keeps the field responsive.
Why the 1/r² Relationship?
In MEFI, this represents resonance dispersal. As distance increases, the dispersal effect weakens quadratically, creating stable zones.
Compression Feedback: kc/(r²(1+r))
What This Term Does
The compression term organizes local structure with a faster falloff than the expansion response.
Why the 1/(r²(1+r)) Relationship?
Compression becomes effectively near 1/r³ at larger distances, creating a natural balance region where stable structures can form.
ΔQ: Coherent Change Driver
ΔQ is coherent fluctuation — the change driver — structured enough to synchronize with UFR rather than behaving as random noise.
UFR: Universal Frequency Resonance
UFR integrates ΔQ into coherent, bounded evolution using damped resonance behavior.
Full MEFI Dynamics
Cyan line: expansion–compression balance | Gold line: total MEFI response
MEFI Field Lab
This lab adds more than a graph: it provides a live field map, coherence timeline, resonance-band classifier, Phase D risk estimate, snapshot logging, and CSV export.
Field Map
Coherence Timeline
Saved Field Snapshots
| # | Preset | State | F_MEFI | Coherence | Phase Risk |
|---|---|---|---|---|---|
| No snapshots yet. Save one from the dashboard. | |||||