Molecular states in systems
arXiv:2303.03629 · doi:10.1088/1674-1137/acf65e
Abstract
The possible hadronic molecules in systems with and are investigated with interactions described by light meson exchanges. By varying the cutoff in a phenomenologically reasonable range of GeV, we find ten near-threshold (bound or virtual) states in the single-channel case. After introducing the coupled-channel dynamics of ----- systems, these states, except those below the lowest channels in each sector, move into the complex energy plane and become resonances in the mass range of GeV. Their spin-parities and nearby thresholds are , , ,, , , , , , and . The impacts of the -term in the one-boson-exchange model on these states are presented. Setting GeV as an illustrative value, it is found that is a stable bound state (becoming unstable if turning on the coupling to lower channels), and are physical resonances in both cases of including or excluding the -term, while the other seven states are physical resonances or ``virtual-state-like" poles near thresholds, depending on including the -term or not. In addition, the partial decay widths of the physical resonances are provided. These double-charm hidden-strangeness pentaquark states, as the partners of experimentally observed and states, can be searched for in the final states in future.
arXiv comment15 pages, 6 figures, 9 tables
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