Ksau Physics Engine

3. Anomaly & Sensitivity Testing

• g-2 Analysis: Runs g_minus_2_analysis.py to check for geometric contributions to magnetic moments.
• Robustness: Varies master constant $\kappa$ via robustness_check.py to confirm local optima.

Operational Workflow

When asked to "run simulations" or "verify physics," follow this sequence:

1. Environment Check: Verify presence of numpy, scipy, pandas, and sklearn.
2. SSoT Validation: Read v6.0/data/physical_constants.json to ensure constants are current.
3. Execution Sequence:
   • First, run topology_official_selector.py if assignments need updating.
   • Second, run verify_neutrino_math.py to establish the baseline scale.
   • Third, run validation/audit scripts (paper_I_validation.py, ckm_final_audit.py).
4. Consistency Check: Ensure output $R^2$ matches or exceeds the values recorded in FINAL_SUMMARY.md.

Physics Constraints to Enforce

• Mass Hierarchy: $V(Up) < V(Down) < V(Strange) < V(Charm) < V(Bottom) < V(Top)$.
• Quantization: All determinants must match the $2^k \times (odd)$ structure defined in det_charge_analysis.py.

KSAU Physics Simulation Kernel - First-Principles Derived