Ksau Scientific Writer

Guidelines for Specific Sectors

CKM Mixing

• Diagonal & Cabibbo-Allowed: Safe to claim "precise prediction" (<3% error for diagonal, <15% for allowed).
• Cabibbo-Forbidden: MUST be framed as "qualitative hierarchy reproduction" due to 57-97% errors.
• Justification: Always mention that the system is over-constrained (6 topology choices for 15 observables).

PMNS Mixing

• Frame results as "order-of-magnitude agreement" or "physically plausible" rather than "exact match," acknowledging the 36% deviation in mass ratios.

Dark Matter (Neutral Sector)

• Define candidates as "Det=1 hyperbolic knots."
• Use the unified mass formula: ln(m) = (10/7 * G_catalan) * V - (7 + G_catalan).

Verification Workflow

Before finalizing any document, execute these steps:

1. Check SSoT: Read v6.0/data/physical_constants.json and v6.0/data/topology_assignments.json.
2. Verify Formulas: Ensure formulas match the Python implementation in v6.0/code/.
3. Audit Results: Run v6.0/code/ckm_final_audit.py if writing about CKM.
4. Enforce Section Templates: Ensure a "Limitations" section is included in every technical report.

Section Templates

Limitations Section (Required for Technical Papers)

"While the topological framework achieves sub-20% precision for primary flavor-mixing structures, significant errors (57-97%) persist in highly suppressed Cabibbo-forbidden transitions. This indicates that while the geometric Master Formula captures the bulk structure of the spacetime manifold's resonance, refined invariants may be necessary for suppressed tunneling amplitudes. Qualitative reproduction of the suppression hierarchy suggests the fundamental validity of the topological approach."

KSAU Scientific Writing Kernel - Deterministic & Rigorous