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March 17, 20260 citationsOpen Access

A Unified Theory of Coherence Measurements: A Scale-Invariant, Dynamic Framework for Quantifying Drift and Epistemic Stability Across Domains

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RBRonald Brogdon

Key Points

  • To derive a unified theory for measuring coherence, focusing on epistemic degradation and stability across various domains.
  • Developed tolerance-scaled MDI_scaled and GYORᴹ classification bands.
  • Utilized dynamic operators for assessing drift, collapse, opacity, and restoration.
  • Conducted five cross-domain falsification probes for validation.
  • Confirmed that velocity vᴹ acts as an early warning signal before MDI threshold.
  • High λᴹ is linked to invisible collapse in T₂/T₃ regimes.
  • Restoration processes were found to be asymmetric and necessitate intervention.

Abstract

Derives a domain-invariant Law of Epistemic Degradation via tolerance-scaled MDIₛcaled, GYORᴹ classification bands, truth-quality tiers (T₀–T₃), and dynamic operators (γᴹ drift, κᴹ collapse, λᴹ opacity, ρᴹ restoration). Five cross-domain falsification probes passed. Three predictions confirmed: velocity vᴹ precedes MDI threshold (early warning) ; high λᴹ produces invisible collapse in T₂/T₃ regimes; restoration requires intervention and is asymmetric. Criticality weighting aligns with Basel and SR 11-7 governance. GCM Observatory Series. CC BY 4. 0. Related identifiers (add each as a “is supplemented by” or “is part of” relation) ∙ https: //doi. org/10. 5281/zenodo. 19005292 — Paper I: Seam Physics ∙ https: //doi. org/10. 5281/zenodo. 18931019 — GCM V1–V3 Observatory ∙ https: //doi. org/10. 5281/zenodo. 18918145 — GCM Geophysical Proposal

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Cite This Study

Ronald Brogdon (2026) studied this question.

synapsesocial.com/papers/69b8f11edeb47d591b8c601ehttps://doi.org/10.5281/zenodo.19028508
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