Where are and higher wave states in the charmonium family?
arXiv:2107.14438 · doi:10.1103/PhysRevD.104.074010
Abstract
How to hunt for higher -wave states of charmonium is still an open topic when charmonia were identified. {In this work, we present an unquenched quark model calculation to illustrate the spectroscopy behavior of these , and states in charmonium family.} For the charmonia, the predicted masses are around 4.2 GeV and their two-body open-charm decay behaviors were given, by which we propose that searching for these states via their open-charm decay channels from fusion and decay can be accessible at future experiment like LHCb and Belle II. We continue to calculate the masses of these and charmonia. Combing with these calculated results of higher -wave states of charmonium, we find that the coupled-channel effect becomes more obvious with increasing the radial quantum number, which can be understood well by the modified Godfrey-Isgur model with screened potential.
8 pages, 4 figures and 7 tables. Accepted for publication in PRD
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