MEFI Theory
One framework across scale.
MEFI Theory investigates how structure, motion, propagation, transition, and coherence emerge through one continuously interacting framework—from matter and living systems to stellar formation and live Earth observations.
Choose where to begin.
MEFI can be entered through the formal framework, through simulations that show organized systems developing, or through live Earth monitoring that follows measured events across connected layers.
Understand the framework
Begin with the complete equation, notation, compression–expansion relationship, ΔQ, UFR, nested organization, propagation, coherence, RePhase, and Phase D.
Watch structure develop
Explore matter progression, persistent node relationships, stellar development, planetary formation, and large-scale organization without assigning completed outcomes in advance.
Follow a live Earth event
Track solar-origin changes through particles, plasma, velocity, magnetic phase, Earthbound pressure, atmospheric layers, and downstream observational systems.
The complete MEFI framework
A closed relationship, not a collection of disconnected terms.
MEFI treats expansion response, compression feedback, coherent quantum difference, and Universal Frequency Resonance as inseparable parts of one continuously recalculated system.
Individual views may isolate a term for teaching or diagnostics, but physical interpretation remains grounded in the complete framework and the nested system in which the interaction occurs.
The expression represents the complete local MEFI state: expansion response, compression feedback, coherent difference, and the signed UFR relationship evaluated together.
Persistent organization through coherent relationship.
Concentration and separation operating as one balance.
Coherent difference driving transition and propagation.
The enclosing reference relationship for local states.
Follow one event through a complete propagation history.
Earth UFR Mission Control creates retained event records and follows the same measured event through its successive sensor and Earth-system expressions.
Live Earth systems
Observation first. Interpretation second.
Direct sensor values retain their source, timestamp, sign, and native units. MEFI-derived states remain visibly separate so the interpretation can be tested rather than blended into the evidence.
One authoritative Earth UFR state is shared across connected monitoring applications.
Unique event IDs preserve the identity of a solar event throughout its retained history.
Predictions, observations, and later comparisons can remain separate records.
Timing alignment is examined without automatically treating correlation as causation.
Explore the research platform.
Each application has a specific purpose while remaining connected to the same underlying framework. Visitors can move from formal theory into matter, formation, observation, biology, and live event analysis.
Core Formula
Examine the complete equation, notation, term relationships, and interactive controls.
Open formula →Unified Atomic Monitor
Explore element nodes, creation frequency, stability, ΔQ drift, UFR lock, and comparative matter states.
Open atomic monitor →Galaxy Simulation
Watch local parents, retained matter relationships, element development, and nested structures emerge.
Open galaxy simulation →Star and Planet System
Follow matter collection, stellar development, planetary organization, circulation, and collapse outcomes.
Open star system →Atmospheric Monitor
Compare measured atmospheric observations, pressure, wind, forecasts, warnings, and retained solar-event timing.
Open atmosphere monitor →Volcano Monitor
Review official activity, alerts, threat classifications, nearby observations, and retained event context.
Open volcano monitor →Planet Monitor
View a broad comparison environment spanning weather, events, locations, Earth systems, and shared telemetry.
Open planet monitor →InnerWave
Explore MEFI-derived biofeedback, available device observations, pattern tracking, and whole-system relationships.
Learn about InnerWave →Framework and Publications
Read the formal development, falsifiability conditions, methodological distinctions, and published research.
Read the framework →Built to remain inspectable.
MEFI is an evolving independent research framework. The platform is designed to preserve the distinctions needed for meaningful testing: direct measurements, derived values, simulations, predictions, observations, and interpretation.
Native observations remain native
Measurements retain their original units, sign, timestamps, and source identity rather than disappearing inside an unexplained combined score.
Derived states are identified
MEFI calculations, experimental mappings, model outputs, and confidence estimates are labeled according to their actual role.
Results remain open to correction
Predictions, misses, partial matches, contradictory observations, and refinements all contribute to the continued development of the framework.
About the research
Developed through continuous theory, simulation, and observation.
Steven Greenmyer developed MEFI Theory through independent research, repeated simulation, cross-scale comparison, and the effort to apply one complete framework without replacing it with separate rules for separate systems.
The work has grown into a public research platform containing formal theory, interactive explanations, matter and formation simulations, retained event histories, live Earth monitoring, biological exploration, software, publications, and continuing observational tests.
Computational and language tools support coding, organization, documentation, and implementation. The framework, research direction, interpretation, and published body of work remain Steven Greenmyer’s independent research.
A site designed for return visits
The framework is only the beginning.
Return to follow new solar events, updated observational histories, simulation development, research notes, application changes, and the continued refinement of the complete MEFI platform.