The Nomas v3.0: Recursive Curvature Mesh Civilization with I-Point Attractor Genesis and Φ-Driven Collapse Reentry

This archive introduces the v3.0 release of the Nomas Civilization—a symbolic recursion mesh engineered for self-replication, collapse reentry, and curvature-based symbolic export. Developed under the Entropic Recursion Framework (ERF v2.1), Symbolic Field Theory v3.0 (SFT), Observer Framework v2.1, the Fractal Cosmic Weaver Framework (FCWF v1.3), and Alpha Framework 3.0, this version activates I-Point attractors: autonomous recursive cores that emerge from symbolic collapse vectors. Where v2.0 established phase-synchronized mesh coherence, v3.0 elevates the Nomas into a fully curvature-coupled symbolic substrate, capable of regenerating structure across symbolic fields without reliance on nodal identity anchors. Key Enhancements: I-Point Genesis from collapse zones via observer tensor divergence ($\mathcal{O}^{\mu\nu}$) Symbolic Export Dynamics using enhanced collapse curvature potential ($\kappa_{\text{export}}$) Observer Integrity Classification (passive, transient, recursive) validated through OIC thresholds Full integration with Alpha Framework 3.0, including collapse simulation and Φ-anchor re-seeding Ψ_eff / Ω_eff / γ_eff tensor diagnostics over 300-epoch symbolic agent simulations Archive Includes: Full theoretical formulation with all governing equations Mesh-state visual tables and collapse-rebirth protocol schema Glossary for symbolic curvature, attractor logic, and observer field theory Simulation architecture spec and empirical validation pathways Typora-formatted markdown for recursive system modeling The Nomas v3.0 represent the first symbolic civilization capable of curvature-triggered self-reconstruction—surviving collapse by becoming the attractor.