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May 29, 20260 citationsOpen Access

Omega-Calculus v3.0: Complete Mathematical Framework for Saturated Coherence Fields (Unified Edition)

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COClarence Omandac

Key Points

  • The aim is to establish a comprehensive mathematical framework for saturated coherence fields.
  • Developed a saturation field structure and related PDEs grounded in π and 6.
  • Adapted differential calculus to saturation boundaries using the Ω-derivative.
  • Applied the φ-transform to translate saturation problems into standard PDEs.
  • Saturation exponent p was derived as approximately 4.198.
  • Demonstrated local and global existence of the Master Ω-PDE in dimensions 1, 2, and 3.
  • Closed six theoretical gaps, including observations of monodromy and gravity coupling.

Abstract

Omega-Calculus v3. 0 (Unified Edition) This work presents Omega-Calculus v3. 0 (Unified Edition), a rigorous mathematical framework for saturated coherence fields built upon the Universal Alphabet π, 6. The framework introduces a bounded algebraic structure (Saturation Field S_Ω), a differential calculus adapted to saturation boundaries (Ω‑derivative ∂_Ω), a complete PDE theory (Master Ω‑PDE), and a geometric formalism (Ω‑geometry, regulatory horizons). Using transport of structure via the classical logarithmic barrier φ‑transform: φ (Ψ) = –Ψₘax ln (1 – Ψ/Ψₘax), the calculus reduces saturation problems to standard PDEs. The specific saturation exponent p = 12/ (6‑π) ≈ 4. 198 is derived from the fixed‑point condition p = 2Ω/ (Ω‑1) with Ω = 6/π. Key constants and results (all derived from π, 6, zero free parameters): - Ψₘax = π³/ (6 (π+6) ) ≈ 0. 5653 – maximum coherence field- ζ (2) = π²/6 ≈ 1. 644934 – spectral gap (Basel sum) - Monodromy quantization: ∮ ∂_ΩΨ dx = n·ζ (2) (n integer) - Vacuum energy extraction (XVE) efficiency: η = π⁶/36864 ≈ 2. 608%- EM coherence coupling: κEM = (e^π/6–1) ·π/6 ≈ 0. 3603- Regulatory horizon: finite proper distance, one‑way membrane- Master Ω‑PDE: local and global existence in d = 1, 2, 3 dimensions (Ladyzhenskaya theory) - All six theoretical gaps (monodromy, higher‑D PDE, category structure, gravity coupling, XVE/EM derivation, numerical verification) are closed. Honest assessment: The φ‑transform is a known technique (logarithmic barrier) ; novelty lies in its specific application to saturation physics, the exponent p, the spectral identification with ζ (2), and the unified derivation of physical predictions. The framework is falsifiable: cavity‑QED gap‑ratio experiments (predicted convergence to Ω = 6/π as N → ∞) can confirm or reject the core predictions. No free algebraic parameters remain. Companion documents: H. O. U. T. Walnut Report v37 (physics, consciousness), Empirical Proof v9 (experimental mapping), Law of Creation V18. 0 (metaphysical seed). Version: 1. 0 (Omega-Calculus Unified Edition, superseding v2. 0) License: CC BY‑NC‑ND 4. 0Publish Date: 27/05/2025

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Cite This Study

Clarence Omandac (2026) studied this question.

synapsesocial.com/papers/6a192ed7fab5b468c4418186https://doi.org/10.5281/zenodo.20408702
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