Hadronic decays of the heavy-quark-spin molecular partner of
arXiv:2211.02479 · doi:10.1103/PhysRevD.107.074029
Abstract
Starting from the hypothesis that the discovered at LHCb is a hadronic molecule, we consider the partial width of its heavy quark spin partner, the as a shallow bound state, decaying into the final states including the contributions of the and final state interaction by using a nonrelativistic effective field theory. Because of the existence of the pole, the rescattering can give a sizeable correction up to about to the decay widths considering only the tree diagrams, and the rescattering correction is about . The four-body partial widths of the into are also explicitly calculated, and we find that the interference effect between different intermediate states is small. The total width of the is predicted to be about 41 keV.
arXiv comment31 pages, 10 figues. Results updated and extended, version to be published in Phys. Rev. D
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