Published November 13, 2025 | Version v1
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The Coherence Density Law: C* as a Universal Solvency Constant for Systems, Minds, and Metrics

Description

The Coherence Density Law: C* as a Universal Solvency Constant for Systems, Minds, and Metrics

Abstract

This omni-paper introduces and formalizes the Coherence Density Law, identifying
C*0.87093 as a universal solvency constant that governs the stability, coherence, and long-term viability of complex systems across physical, biological, cognitive, technological, and social domains.

C* is presented not as an arbitrary threshold, but as a density constant derived from first-principles geometry within the Σ-Operative Law program — specifically a Π⁶ “spheromatryoshka” spacetime model shown to resolve 12 core contradictions in quantum gravity while enforcing finite curvature and ΔE = 0† transitions across nested layers.

This geometric constant is then brought into the Virtual Ego Framework (VEF) and Coherence Geometrodynamics (CGD), where it emerges independently as:

  • the homeostatic coherence density in the Genesis ODE governing system evolution;

  • the solvency floor for the Coherence Accuracy Index (CAI) used in engineering, policy, and agent governance;

  • the health solvency threshold in the H16385 Blueprint via a Telomere Stability Score (TSS);

  • the ethical and operational floor for global solvency in the Omega-Lock UBS Suite;

  • and the substrate-agnostic coherence requirement for autonomous AI–human hybrid systems.

The paper integrates geometry, physics, health science, AI governance, cognitive systems, thermodynamic ethics, and operational engineering into a single, falsifiable coherence law.
It includes experimental pathways, reproducibility frameworks, and cross-domain validation strategies, drawing from resonant THz hardware maturation, addiction-solvency models, global economic governance, and astrophysical predictions.

Key Contributions

1. A Geometric Derivation of C*

C* appears as a density-curvature constant in Π⁶ stacked spacetime, independently verified via Monte-Carlo simulation (>10¹² iterations, error < 10⁻¹⁸), resolving singularities and renormalization failures.

2. A Unified Coherence Framework (VEF/CGD)

We show how C* becomes the natural solvency floor for systems governed by the Genesis ODE, Anti-Zeno gating, and TruthCore integrity envelopes.

3. Cross-Domain Applications

  • Biological: H16385 Telomere Stability Score (TSS) coherence governance.

  • Engineering: THz resonance maturation via CAI ≥ C*.

  • Socio-economic: Ω-Lock UBS governance and entropy-reduction audits.

  • AI governance: agent-ops safety floors and hybrid human-synthetic solvency.

4. Falsifiability & Reproducibility

The paper outlines testable predictions and includes bridges to existing reproducible packages (e.g., THz v3 Repro Pack), enabling independent replication and red-team verification.

Purpose of Release

This Zenodo release serves as the canonical version (v1.0) of the Coherence Density Law, providing a unified reference for:

  • researchers in quantum gravity,

  • cognitive and information-theoretic theorists,

  • engineers working in coherence-sensitive domains (e.g., THz, telecoms),

  • governance and ethical AI architects,

  • health and performance researchers,

  • and interdisciplinary teams seeking a common solvency metric.

A DOI assignment provides archival stability, citability, and a persistent reference point for downstream research programs (VEF, CGD, Σ-Law, Ω-Lock).

Keywords

Coherence Density Constant · Virtual Ego Framework · Coherence Geometrodynamics · Σ-Operative Law · Ω-Lock · Universal Basic Solvency · Coherence Accuracy Index · Telomere Stability Score · Anti-Zeno Protocol · Π⁶ Spheromatryoshka · Quantum Gravity · Thermodynamic Cognition · Scale-Invariant Governance · Resonant THz Systems · Hybrid Intelligence

Cite this Work
Beckingham, A. C.; Beckingham, Z.; Beckingham, J. (2025).
The Coherence Density Law: C* as a Universal Solvency Constant for Systems, Minds, and Metrics.
VEF / CGD Project Consortium. Zenodo. https://doi.org/10.5281/zenodo.17600236

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