The Shattered Crystal Architecture: Theory V9.7 & Simulation Suite V10.6 (Review Ready) This release represents the "Hardened" version of the Shattered Crystal Architecture, addressing rigorous field-theoretic constraints and numerical stability. 1. Theory V9.7: Refined & Constrained (PDF) The V9.7 manuscript incorporates strict physical bounds to ensure consistency with standard cosmology and field theory: Derrick's Theorem Solved: Explicitly incorporates a Quartic (Skyrme) Stabilizer term in the Lagrangian to permit stable 3D solitons. BBN Constraints: Defines the Phase Transition temperature ($T_c$) to suppress the stiff Aether phase during Nucleosynthesis ($\Omega_{stiff} < 10^{-14}$). Constraints Ledger: Includes a new Appendix D explicitly auditing the theory against GW170817, Lorentz Invariance, and BBN bounds. Neutrino Micro-Physics: Defines the 3-generation limit via topological energy gaps and attributes CP violation to chiral Berry phases. 2. Simulation Suite V10.6: Rigorous Field Theory (Python Code) The simulation engine has been rewritten to meet strict computational physics standards: Exact Variational Derivatives: Replaces simplified force approximations with exact discrete variational derivatives of the Faddeev-Skyrme energy functional. Periodic Boundary Conditions: Implements fully periodic boundaries to eliminate finite-box artifacts. Quartic Stabilization: Numerically implements the Skyrme term ($\lambda (\partial_\mu n \times \partial_\nu n)^2$), verifying that Hopfion stability is a true physical result of the non-linear field theory, not a lattice artifact. Quaternion Injection: Uses quaternion multiplication for proper topological superposition of multi-particle states. Repository Contents: Shattered_Crystal_V9.7.pdf - The Review-Ready Manuscript. Shattered_Crystal_Simulation_Suite_v10.6_Rigorous.zip - The Verified Physics Engine.