Published September 20, 2025 | Version v1

UFEB Development Notes with Provenance Flagging: A Swarm Theory Derivation

Authors/Creators

Description

Please feel free to email me with questions.  Jpcrumpler@swarmfieldtheory.org  


This document serves as a research flag — a record that the Unified Field Equation (Budget form, UFEB) framework extends naturally beyond the constants and scales already published. It is not a full derivation paper but a roadmap with detailed notes, intended to establish priority. The work described here is complete; full derivations will follow on Zenodo.

Contents include:

  1. Direct algebraic extensions: Planck charge, Planck impedance, Planck temperature, Bohr radius, Rydberg constant, Compton wavelengths, Thomson cross-section.

  2. Thermodynamics and radiation: Boltzmann constant, Stefan–Boltzmann constant, lattice dispersion.

  3. Deep structure targets: proton/electron mass ratio, Avogadro constant, post-Newtonian tests.

  4. Predictions: discrete-phase updates and redshift as tau-ratio, testable with optical clocks.

  5. Packaging: closure table and bundle papers to unify constants and atomic predictions.

The closure table provides formulas, values, and DOIs for constants already derived, including h, alpha, e, epsilon0, mu0, Z0, G, and Planck scales. Additional constants are listed as pending, with derivations to be published in detail.

This establishes provenance and priority for UFEB constants and predictions.

Author’s Note

This document serves as a provenance flag. The work described here — constants, scales, and predictions within the Unified Field Equation (Budget form, UFEB) — is already complete. What is presented is not speculation or a wish list, but a record of results and targets prior to full publication. Detailed derivations and appendices will be released on Zenodo in due course. This ensures provenance and priority are clear, while allowing the wider community to see the full scope of UFEB development.

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UFEB_Development_Notes_copyright_Crumpler_20SEP2025_FinalforUplaod.pdf

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References