A study of the decays of wave hadronic molecules: the scalar and its spin partners
arXiv:2009.14538 · doi:10.1103/PhysRevD.103.034004
Abstract
In this work, we investigated the decays of the fully open-flavor tetraquark state which was observed by the LHCb Collaboration very recently. Here, the was assigned as a wave hadronic molecule with , and the effective lagrangian approach was applied to estimate the partial decay widths. Moreover, we also predicted the decay behaviors of the other unobserved , which were the spin partners of the in the wave picture. It was pointed out that the state with was a broad state with the width more than one hundred MeV, while another state with was a narrow state with the width approaching half of that for the . In addition, our results also showed that the mode was expected to be the dominant decay mode for both and . Searching for those unobserved in the future experiments might be helpful to understand the nature of .
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