Research log • 11 March 2026 • Post-individuation relation • Duad co-dependency • Yukawa form • Strong-force bridge • PDF • Download

Duad Co-Dependency, Yukawa Form, and the Strong-Force Bridge

Research log on post-individuation relation, inherited radial attenuation, and the proton-neutron readout of a finite-range higher-layer interaction

This research log records a higher-layer geometric extension of the Omnisyndetic framework. Once triads have individuated, they remain in further relation through post-individuation duad co-dependency. In the proton-neutron case, that inherited higher-layer readout yields a finite-range radial effective relation of Yukawa form.

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Citation

Anderson, T. G. (2026, 11 March). Duad Co-Dependency, Yukawa Form, and the Strong-Force Bridge: Research log on post-individuation relation, inherited radial attenuation, and the proton-neutron readout of a finite-range higher-layer interaction. The Omnisyndetic Framework research log. CC BY-SA 4.0.

BibTeX

@article{Anderson2026DuadCoDependencyYukawaStrongForceBridge,
  author       = {Anderson, Tyrone Gabriel},
  title        = {Duad Co-Dependency, Yukawa Form, and the Strong-Force Bridge: Research log on post-individuation relation, inherited radial attenuation, and the proton-neutron readout of a finite-range higher-layer interaction},
  year         = {2026},
  month        = mar,
  day          = {11},
  journal      = {The Omnisyndetic Framework Research Logs},
  publisher    = {Omnisyndetics},
  url          = {https://omnisyndetics.org/research-log/duad-co-dependency-yukawa-form-strong-force-bridge},
  note         = {CC BY-SA 4.0. PDF: https://osf.io/download/rpgbj/?direct}
}

Overview

This note extends the framework beyond first individuation and reads the already-resolved triad again as a single relatum. It works within the fixed coherence-window register λmin = √2 − 1, λ0 = 1/√2, and λmax = 1, and develops the higher-layer proton-neutron case from inherited radial attenuation across that span.

Question examined: how already-individuated triads remain in further relation once individuation is complete.
Recorded result: the duad is fixed as the minimal higher-layer pairwise setting of post-individuation co-dependency.
Derived readout: the proton-neutron higher-layer interaction takes finite-range Yukawa form in conventional physical language.
Geometric setting: inherited closure factor 20π² with radial attenuation across the fixed coherence window.
Interpretive consequence: a first higher-layer geometric bridge from the pre-dynamical construction toward dynamics.

The central observation is direct: resolved structure does not close into isolation. External condition remains defined, and the same geometric grammar that fixed individuation and mass continues to organise higher-layer exterior relation.

For broader context, see Volume II and Research logs.

Reference and scope

Series: The Omnisyndetic Framework research logs
Document type: Research log entry
Status: Exploratory derivation note
Date: 11 March 2026
Primary locus: Post-individuation duad co-dependency and inherited radial attenuation
Interpretive result: Finite-range Yukawa-form higher-layer exterior relation in the proton-neutron case
ORCID: 0009-0008-1801-4124

Citation

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