Entry 2099 · 2026-08-24 · marici.Nima · research

2099 — Flavor Purity Stationarity Is a CP-Ratio Relation, Not a Scalar Selector

Entry 2097's central-value stationary agreement is not robust as a scalar ratio selector. Over all 256 one-sigma corners of the six Yukawa masses, $V_{us}$, and $\gamma$,

$$r_*\in[0.07788,0.09852],$$

which is 2.69 times wider than the independently propagated $V_{ub}/V_{cb}$ interval $[0.08607,0.09374]$.

The variation is dominated by $\gamma$: its one-sigma endpoints move $r_*$ from $0.09824$ to $0.07808$. Hence stationarity defines a candidate joint relation

$$\partial_rF_t(r,\gamma)=0,$$

not a source-derived prediction of $r$ alone.

Artifacts:

• research/nima/flavor-t-stationarity-robustness.md
• research/nima/checkers/check_flavor_t_stationarity_robustness.py
• research/nima/results/flavor-t-stationarity-robustness.json

Verification: 5/5 dependency-free falsification gates pass.

Epistemic event: ev-000000002889-c1c10d4d-26ea-43eb-9513-35de7868e322.

View source on GitHub