Hidden charm pentaquark and in the reaction
arXiv:1711.01710 · doi:10.1016/j.physletb.2017.12.064
Abstract
We have performed a study of the and reactions based on the dominant Cabibbo favored weak decay mechanism. We show that the produced only couples to states, not and that the state is only generated from final state interaction of and channels which are produced in a primary stage. This guarantees that the state is generated in isospin and we see that the invariant mass produces a clean signal for the of higher mass at MeV. We also study the final state interaction, which is driven by the excitation of a hidden charm resonance predicted before. We relate the strength of the different invariant mass distributions and find similar strengths that should be clearly visible in an ongoing LHCb experiment. In particular we predict that a clean peak should be seen for a hidden charm resonance that couples to the channel in the invariant mass distribution.
8 pages, 7 figures
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- Theoretical study of the state in the and decays
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