Study of two-body doubly charmful baryonic decays with flavor symmetry
arXiv:2309.16919 · doi:10.1007/JHEP11(2023)117
Abstract
Within the framework of flavor symmetry, we investigate two-body doubly charmful baryonic decays, where represents the anti-triplet charmed dibaryon. We determine the amplitudes and calculate and induced by the single -emission configuration. We find that the -exchange amplitude, previously neglected in studies, needs to be taken into account. It can cause a destructive interfering effect with the -emission amplitude, alleviating the significant discrepancy between the theoretical estimation and experimental data for . To test other interfering decay channels, we calculate and . We estimate non-zero branching fractions for the pure -exchange decay channels, specifically and . Additionally, we predict and , which are accessible to experimental facilities such as LHCb.
11 pages, 1 figure, 2 tables, updated to match published version
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Cited by in corpus (7)
- Higher twist corrections to doubly-charmed baryonic decays
- Topological approach for two-body weak decays
- Observation of the decays and
- Hidden charm production in baryonic decay
- Rescattering-induced weak decays
- First observation of the decay and evidence for the decay
- Puzzles in charmed baryon semileptonic decays with flavor symmetry and lattice inputs