Probing exotic resonances from deeply bound charmoniumlike molecules: Insights for identifying exotic hadrons
arXiv:2312.03512 · doi:10.1103/PhysRevD.110.L051501
Abstract
We investigate the resonance phenomenon in deeply bound charmoniumlike states. By interpreting the , , and states as deeply -wave bound , , and molecules, respectively, we robustly predict the existence of -wave deeply bound -parity partner states and -wave charmoniumlike molecular resonances. These states, formed by exchanging the light mesons and pinpointed through the complex scaling method, include -wave bound states with exotic quantum numbers = and -wave resonances with exotic and . We expect future experiments to search for such exotic molecular resonances, which will not only enrich the ongoing construction of ``Particle Zoo 2.0" but also help to scrutinize the hadronic molecular assignments of the -family particles including the , , and states.
arXiv comment7 pages, 3 figures, matches published version
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