About MEFI Theory
One framework. Many scales. A growing body of testable work.
MEFI Theory is an independent research framework developed to investigate how structure, motion, transition, and coherence emerge through one continuous relationship across scale. Its applications now include formal theory, interactive models, matter simulations, live Earth monitoring, biological exploration, and software tools.
Why MEFI exists
Many models use different governing descriptions at different scales. MEFI investigates whether the same closed-loop framework can describe organization and change from matter formation and biological structure to stellar systems and live Earth observations. The goal is not to replace measurement. It is to preserve measurement, apply one consistent framework, and test whether repeatable relationships emerge.
MEFI treats resonance, compression and expansion, coherent quantum difference (ΔQ), and Universal Frequency Resonance (UFR) as inseparable parts of one continuously recalculated system.
The complete framework
No single term is used as a substitute for the whole. Educational views may isolate a component for clarity, but every modeled interaction is understood through the complete MEFI relationship and its nested context.
Resonance
Persistent organization appears where relationships remain coherent through time, scale, and surrounding conditions.
Compression & expansion
Compression organizes concentration while expansion regulates separation, movement, and the available field relationship.
ΔQ
Coherent difference drives transition, transformation, propagation, and the measurable departure from a prior state.
UFR
Universal Frequency Resonance provides the enclosing reference relationship through which local states propagate, couple, recover, or decohere.
From framework to working systems
MEFI has grown beyond a written proposal. The website now functions as a public research environment where visitors can examine the theory, inspect calculations, run simulations, follow live observations, and compare how the same framework behaves in different systems.
Formal framework and interactive theory
The core equation, notation, development history, falsifiability conditions, and interactive teaching tools provide the conceptual foundation for the rest of the platform.
Open the core formula →Matter, stellar, and galactic simulations
MEFI simulations explore nested organization, element progression, retained parent relationships, stellar development, planetary formation, and large-scale structure without assigning finished outcomes in advance.
Explore the galaxy simulation →Earth UFR and solar-event propagation
Live monitoring preserves native sensor measurements, creates retained event records, and follows solar-origin changes through particles, plasma, velocity, magnetic phase, Earthbound pressure, atmospheric layers, and downstream systems.
Enter Mission Control →Biological exploration and InnerWave
MEFI biological work examines nested organization from molecular structure through the organism, while InnerWave explores observational biofeedback and whole-system pattern tracking through available device measurements.
Learn about InnerWave →The researcher behind MEFI
Built through years of continuous development.
Steven Greenmyer developed MEFI Theory through independent research, iterative simulation, cross-scale comparison, and the repeated effort to apply one complete framework without substituting separate mechanisms for separate systems.
As the work expanded, the theory became a functioning digital research platform: formal papers, live calculations, interactive applications, retained event histories, matter and formation simulations, public datasets, and software implementations. Computational and language tools have supported coding, organization, documentation, and testing, while the framework, research direction, interpretation, and published work remain Steven Greenmyer’s independent body of work.
A central principle of the project is continuous correction. Earlier approximations are revised when the complete framework provides a more consistent implementation, and observations remain separate from derived MEFI values so that the interpretation can be evaluated rather than hidden inside the evidence.
Preserve direct observations, timestamps, units, and source identity.
Apply the complete MEFI framework consistently at every relationship.
Record predictions before outcomes and retain misses, partial matches, and uncertainty.
Publish simulations and interactive tools so the work can be inspected, challenged, and refined.
Research standards
MEFI is presented as an evolving framework under active testing. The public platform is designed to make the distinction between measurement, calculation, simulation, and interpretation visible rather than blending them into one claim.
Observation remains observation
Native sensor values are retained in their original units and are not relabeled as MEFI outputs.
Derived values are identified
Calculated states, experimental mappings, confidence estimates, and model outputs are labeled according to their role.
Correlation is not automatic causation
Timing relationships and propagation patterns are investigated through retained histories, forward tests, and explicit uncertainty.
Explore the work
MEFI is meant to be examined, not merely summarized.
Begin with the complete framework, test the interactive tools, follow a live Earth event, or explore how the same system develops across matter, biology, planetary systems, and larger structures.
MEFI Theory is an independent research framework. Its simulations, applications, and observational comparisons are provided for research, education, testing, and continued refinement.