ψ⁸·RNM-1: Retentive Navigation Module for Autonomous Survival Beyond Coordinates, Telemetry, and Event Horizons

This paper presents the ψ⁸·RNM-1 — a autonomous navigation and survival system engineered for deep space environments where conventional navigation collapses. Operating without coordinates, synchronized time, or external telemetry, RNM-1 uses the ψ⁸ architecture of difference retention (Δψ) and retention nodes (Ξ) to preserve orientation, mission integrity, and crew safety far beyond event horizons. The system’s retention-based Lagrangian ensures stability in gravitational voids, postmetric space, and total signal silence, while the embedded Θ-ethical core enforces non-intrusion, preservation, and safety-first navigation. Bridging advanced theoretical physics and aerospace engineering, RNM-1 redefines the frontier of postmetric deep-space survival.