Schacht, Stefan; email: email@example.com
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AbstractAbstract: CP violation in charm decay was observed in the decays D0→ P±P∓ of a D0 meson to two pseudoscalars. When interpreted within the SM, the results imply that the ratio of the relevant rescattering amplitudes has a magnitude and phase that are both of O(1). We discuss ways to probe similar ratios in D0→ V±P∓ decays, where V is a vector that decays to two pseudoscalars, from the Dalitz-plot analysis of time-integrated three-body decays. Compared to two-body decays, three-body decays have the advantage that the complete system can be solved without the need for time-dependent CP violation measurements or use of correlated D0−D¯0 production. We discuss the decays D0→ π+π−π0 and D0→ K+K−π0 as examples by considering a toy model of only two overlapping charged resonances, treating the underlying pseudo two-body decays in full generality.
CitationJournal of High Energy Physics, volume 2021, issue 5, page 179
PublisherSpringer Berlin Heidelberg
DescriptionFrom Springer Nature via Jisc Publications Router
History: received 2021-01-23, rev-recd 2021-04-01, accepted 2021-04-28, collection 2021-05, registration 2021-05-20, pub-electronic 2021-05-20, online 2021-05-20
Publication status: Published