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Open Data, Tools, and Resources for the Omnifield Axiom

Everything needed to understand, reproduce, or challenge Φ-Theory is made publicly available. Below you’ll find downloadable papers, CSV datasets, simulation tools, and visual interfaces based on the theory’s predictions and derivations.

Wherever possible, external links point to versioned academic repositories or trusted public platforms (e.g. Zenodo, GitHub, arXiv).

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1. Primary Papers

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2. Raw Datasets and CSV Exports

r_n = r_0 \cdot \phi^n + \delta_n

Download CSV

  • Predictions Tracker: Experimental thresholds and falsification limits
    Download CSV

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    3. Visual and Computational Simulators

    r_n = r_0 \cdot \phi^n

    → Launch Simulator
    Built with Streamlit / Plotly. Source code available upon request.

  • Φ-Field Soliton Explorer (beta)
    Interactive model of radial solitons in a potential:
    • \Phi(r) = \epsilon \, e^{- \beta r^2} \, e^{i\omega t}

    → Launch Field Simulator

  • Casimir Anomaly Estimator (based on recursive boundary pressure curve)
    → Launch Tool

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    4. Visual Gallery and Illustrations

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    5. Citation and Acknowledgment

    To cite Φ-Theory or the Omnifield Axiom in academic work, use:

    Dritëro. (2025). Φ-Theory: The Omnifield Axiom. phitheory.org

    DOIs and arXiv uploads are being prepared for submission. Peer-reviewed publication is planned but not a precondition for transparency or criticism.

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    6. Participate or Contribute

    If you are a researcher, theorist, student, or critic and would like to participate:

    Contact: email@phitheory.org

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    Final Note

    This theory is open because it must be. There is no institution, branding, or authority behind it. Only logic, recursion, and an invitation to engage.

    Every formula can be traced to one line:

    \Phi(x^\mu) = \epsilon \, e^{\frac{i}{\hbar} S(x^\mu)}

    The rest is what emerges from it — or doesn’t.