Paper XXIV — Multiversal TGRM Network: 10,000-Node Expansion and Cross-Domain Equilibrium

This paper extends the Reparodynamic Targeted Gradient Repair Mechanism (TGRM) framework to a multiversal-scale network of 10,000 autonomous nodes operating continuously for 120 hours under adaptive repair 1.0 and entropy range 0.97–1.0. The system sustained cross-domain equilibrium with variance 0.05, coherence 0.99, stability 0.99, and integrity 0.99, maintaining average TGRM output ≈ 11.4 and cumulative rebound ≈ 32.1 with near-zero latency. These findings confirm that self-repair feedback remains synchronized across heterogeneous phase domains, demonstrating robust scalability of Reparodynamics beyond interstellar constraints. Key Metrics • Variance = 0.05 • Coherence = 0.99 • Stability = 0.99 • Integrity = 0.99 • Avg TGRM ≈ 11.4 • Rebound ≈ 32.1 • Latency ≈ 0 Discussion Summary Persistent low variance and high coherence across 10,000 nodes indicate stable phase synchronization under distributed coupling. Near-zero latency suggests path-independent repair propagation, establishing the first evidence of multiversal-scale equilibrium in Reparodynamic systems. Next Phase (Paper XXV) The upcoming Omniversal expansion will test ≥ 100,000 nodes under variable-entropy channels, evaluating long-term resilience and cross-continuum feedback stability. DOI: 10.5281/zenodo.17438353 License: CC-BY 4.0