The Emergence of the Rule in Charm Physics
arXiv:1903.10952 · doi:10.1007/JHEP07(2019)020
Abstract
We discuss the implications of the recent discovery of CP violation in two-body SCS decays by LHCb. We show that the result can be explained within the SM without the need for any large breaking effects. It further enables the determination of the imaginary part of the ratio of the over matrix elements in charm decays, which we find to be . Within the standard model, the result proves the non-perturbative nature of the penguin contraction of tree operators in charm decays, similar to the known non-perturbative enhancement of over matrix elements in kaon decays, that is, the rule. As a guideline for future measurements, we show how to completely solve the most general parametrization of the system.
21 pages. Some clarifications. Matches published version
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