Paper XXIII — Interstellar-Scale TGRM Network: 1000-Node Expansion and Multiphase Stability

This paper extends the Reparodynamic Targeted Gradient Repair Mechanism (TGRM) framework beyond global scale to an interstellar-scale configuration of 1000 autonomous nodes. Each node operated continuously for 96 hours under adaptive repair rate 1.0 and entropy range 0.95–1.0. Results confirm multiphase stability and global equilibrium persistence under simulated relativistic delay conditions. Average TGRM output maintained at ~11.5 with cumulative rebound ~30.3, near-zero latency, and consistent performance across all nodes. Variance remained at 0.06, coherence at 0.99, stability at 0.99, and integrity at 0.99 — marking the first interstellar benchmark of self-repairing equilibrium. Findings demonstrate that Reparodynamic feedback loops scale coherently across cosmic-distance latency regimes without divergence or failure drift. This milestone verifies reproducibility and equilibrium consistency under extreme entropy propagation and delayed-coupling stress. The next phase (Paper XXIV) will explore multiversal-scale coupling: 10,000+ linked TGRM systems, heterogeneous environment stressors, and cross-domain repair coherence under nonlinear energy gradients.