Decay behavior of hidden-strange hadronic molecular state
arXiv:2409.18493 · doi:10.1103/bx6f-gths
Abstract
In this article, we systematically discuss the decay patterns of the hidden-strange hadronic molecular state which is assumed as an S-wave shallow bound state with its possible quantum numbers which are , and . By using the effective Lagrangian approach and considering pseudo-scalar meson and vector meson exchanges, we have thoroughly calculated and discussed the decay behavior of the molecular state, including hadronic and radiative decay and the cutoff dependence, for different values. For all three cases, , , and final states are always included as the main decay channels. However, the , and final states exhibit notable differences. These different decay properties will provide valuable guidance for future experimental searches and aid in distinguishing different assumptions and understanding their internal structures.
arXiv comment10 pages, 7 figures, 5 tables
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