Investigating the geometric information layer beneath spacetime — turning deep questions about structure, time, and physical law into clear computations and falsifiable predictions.
Our Mission
"Turn deep questions about structure, time, and physical law into clear computations, falsifiable predictions, and open results that accelerate scientific progress."
Core Framework
Core Model
A unified analytic system using Seven Seeds, the Metatron Unit, and cross-domain mapping rules to make measurements comparable across all domains.
Universal Normalization
A universal normalization layer translating constants and datasets from different unit systems into a shared representation via the Metatron Unit (Mt / MTD).
Phase Closure & Stabilization
Phase as a controlling variable — seed anchoring, phase/magnitude separation, stabilization passes, and iterative convergence metrics.
Bands, Clusters, Harmonics
Cataloging physical constants across domains using Metatron transforms to test for banding, clustering, and repeatable spacing in log space.
The Metatron Equation
MTD(x) = logφ(x / Mt) + Σ Sn · φnMtφSₙCross-Domain Constant Mapping
Physical constants mapped across domains in MTD (Metatron Log) space — revealing harmonic clustering and φ-ratio spacing regularities.
Active Research Programs
Falsifiable Targets
Scanning mapped bands for gap intervals — missing ranges implied by structure — and turning them into testable prediction targets validated against literature.
Information Geometry Below Spacetime
Time behavior as an outcome of deeper information-geometric constraints, expressed through a dedicated Time Emergence equation.
MLF / Cross-Domain Encoding
Compressing and encoding data using seed-anchored invariants and phase/magnitude structure with benchmarks for reconstruction accuracy.
Metatron Constants Program
Mapping physical constants into a φ-based lattice (MTD space), measuring band structure and spacing regularities across domains.
Join the Research
All data, plots, and methods are released for independent replication. Science advances when results are open, testable, and reproducible.