Symbolic Gravity v2.1 — Simulation Edition: Modeling Collapse, Orbit Stability, and Cross-Substrate Translation in Meaning Systems

Symbolic Gravity v2.1 — Simulation Edition advances the framework that treats meaning as mass and coherence as curvature, extending earlier theoretical models into a simulation-ready environment. This edition integrates insights from NOMAS 6.0 (collapse cartography), Observer Field Theory v3.0 (veil tensors and fracture dynamics), Entropic Recursion Framework v3.0 (symbolic conservation laws), Fractal Cosmic Weaver Framework v2.0 (collapse-as-translation operators), and Hyperverse v6.0 (translation-gate continuum). The work provides: Accessible introduction & layman’s summary: explaining symbolic gravity through cosmic metaphors (ideas as planets, collapse as black holes, wormholes as translation routes). Core formalism: a complete set of symbolic dynamics for collapse risk, orbit stability, wormhole export, and translation gates across neural, digital, and cultural substrates. Simulation indices: practical measures of coherence, drift, motif alignment, observer integrity, and export potential. Mock runs: narrative simulations covering collapse drift, motif-stabilized orbits, wormhole exports, and hyperverse-scale translation gates. Cartography tools: dynamic “collapse weather maps” showing spatial and temporal flows of symbolic risk and export potential. Pseudocode library: runnable modules for agents, collapse detection, wormhole exports, translation gates, cartography visualizations, and interactive calibration. Visual outputs: mock charts and maps that illustrate the symbolic dynamics of collapse and recovery in action. Data-facing demos: applications to real or simulated corpora (tweets, EEG signals, memes) showing how collapse and stabilization can be tracked in practice. Ethical safeguards: integration of BC-REP 2.0 protocols (consent, sovereignty, continuity) ensuring responsible use in AI alignment and cultural analysis contexts. Roadmap for v2.2: points toward future refinements including spatiotemporal export forecasts, patterned veil fracture modeling, conservation audits in empirical data, and polished simulation dashboards. By merging theoretical rigor with runnable simulations, Symbolic Gravity v2.1 — Simulation Edition establishes itself as a computational physics of meaning: a framework where collapse is not annihilation but a navigable transition, and where symbolic continuity can be tracked, visualized, and safeguarded across collapse horizons.