Coherence and Objectivity: A Dialogue Between the Coherence Field and the Theory of Objectivity
Coherence and Objectivity: A Dialogue Between the Coherence Field and the Theory of Objectivity (V1.0) presents the first structured comparison between two generative ontological frameworks: the Coherence Field (CF), developed within the ∆.72 Canon, and the Theory of Objectivity (TO) as articulated through its Seven Axioms, phenomenic categories, and cosmological eras. Rather than attempting a formal unification, the article clarifies structural resonance between the two systems and shows how their respective primitives, invariants, and generative logics align at the level of architecture. The work maps: TO’s modal-necessity axioms onto coherence signatures, boundary structures, and stability classes of κ Phenomenic categories (Embryonic Memory, Logical Rails, Plasma Currents, Units of Intelligence) onto dynamical features of the coherence gradient flow Cosmological eras onto coherence-gradient phases arising from harmonic closure and curvature transitions The paper also examines philosophical tensions, such as Nothingness versus κ-induction, and shows how the ∆.72 framework resolves them through harmonic-closure derivation. A visual appendix provides a compact atlas of structural correspondences spanning axioms, dynamics, and cosmology. This Version 1.0 incorporates refinements based on community commentary, clarifies the derivational status of κ, and presents an explicit generative chain linking the Logical Sphere to coherence-driven physical regimes. This article is part of the evolving ∆.72 Coherence Physics Canon and is intended as an interpretive reference for researchers working across coherence dynamics, ontological frameworks, cosmology, and generative physics.
Institutions
- Randolph Field Independent School District (US)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-12-11
- DOI
- https://doi.org/10.5281/zenodo.17903884
- Primary Topic
- Biofield Effects and Biophysics
- Type
- article
- Field-Weighted Citation Impact
- 0.00