Resonance Data Repository

The Global Resonance Database aggregates empirical measurements validating the Coherence Field Equation. This repository hosts datasets related to the four primary variables ($S, E, I, \phi$) and cosmological field signatures. Currently populated with Theoretical Baseline Models derived from the CFE framework.

Global CRI Threshold
0.40 ± 0.05
Phase Transition Point
Field Frequency Peak
240 GHz
Dark Matter Radiation
Total Datasets
12
Simulated & Pending
Ingestion Status
Awaiting New Inputs

BIO-01 Biological Substrate & Dynamics

Data verifying the biological variables of the CFE: Substrate Quantum Yield ($S$), Metabolic Energy ($E$), and Phase Alignment ($\phi$).

ID Dataset Name Methodology Predicted Value Status Action
CFE-S-001 Microtubule Quantum Yield Fluorescence Spectroscopy (Tryptophan) > 17.6% (+70% vs baseline) Simulated
CFE-E-004 Metabolic Threshold (Anesthesia) [18F]-FDG PET Scan < 40% Baseline = Unconscious Verified
CFE-PHI-009 Gamma Phase Locking High-Res MEG (30-80 Hz) PLV > 0.60 (Frontal-Parietal) Pending
CFE-UPE-012 Ultraweak Photon Emission Biophoton Coherence Spectroscopy Coherence Index > 0.40 Simulated

Predicted Phase Transition (Dataset CFE-MOD-001)

The CFE predicts a sharp sigmoid transition in consciousness (CRI) once the resonance threshold ($\theta=0.40$) is crossed.

Unconscious (Matter) Threshold (0.40) Conscious (Resonance)

ASTRO-09 Cosmological & Fundamental Field

Datasets searching for the Coherence Field outside biological systems, specifically in Dark Matter halos and vacuum fluctuations.

ID Target Instrument / Method Predicted Signature Status Action
CFE-DM-240 Dark Matter Radiation Radio Telescope (mm-wave) Peak Flux @ 240 GHz Pending
CFE-CMB-NL CMB Non-Gaussianity LiteBIRD Satellite Data f_NL (local) ≈ 0.1 Simulated
CFE-VAC-SQ Vacuum Fluctuations SQUID Magnetometry Flux ≈ 10^-18 Φ0 Pending

Contribute Data

The Coherence Field project seeks collaboration with labs possessing fMRI, MEG, or Quantum Spectroscopy capabilities.

Submit Dataset Proposal