Direct CP violation in internal W-emission dominated baryonic B decays
arXiv:1909.08780 · doi:10.1140/epjc/s10052-020-8134-0
Abstract
The observation of CP violation has been experimentally verified in numerous decays but is yet to be confirmed in final states with half-spin particles. We focus our attention on baryonic -meson decays mediated dominantly through internal -emission processes and show that they are promising processes to observe for the first time the CP violating effects in decays to final states with half-spin particles. Specifically, we study the and decays. We obtain , in agreement with current data, and . Furthermore, we find . With measured branching fractions , we point out that can be new observables for CP violation, accessible to the Belle~II and/or LHCb experiments.
12 pages, 2 figures, 2 tables, version to be published in EPJC
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Cited by in corpus (13)
- Charmed weak decays into in the light-front quark model
- Charmed baryon and decays in light cone sum rules
- Study of two-body doubly charmful baryonic decays with flavor symmetry
- Baryonic meson decays
- Semileptonic baryonic decays
- Topological approach for two-body weak decays
- Four-body baryonic decays
- The study of weak decays induced by transition in light-cone sum rules
- Angular asymmetries in decays
- Charmful two-body decays in the light-front quark model
- Hidden charm production in baryonic decay
- Charm-baryon enhancement and charm fragmentation fractions in small systems measured with ALICE
- Search for violation using -odd correlations in decays