Higher fully-charmed tetraquarks: Radial excitations and P-wave states
arXiv:2105.13109 · doi:10.1103/PhysRevD.104.036016
Abstract
We systematically calculate the mass spectrum of the higher excited fully-charmed tetraquark states including the S-wave radial excitations and the P-wave states with a nonrelativistic quark model. The quark model is composed of a vector one-gluon-exchange (OGE) and a scalar linear confinement interaction with the parameters determined by the charmonium spectrum. In the calculation, we consider both the and the color representations. For the state, the component is located lower than the one because of the stronger attractive interactions between the diquark and antidiquark. We focus on two excited modes and their properties for the P-wave tetraquarks. The mass splitting for the -mode excitations with different color configurations is large. The low-lying -mode component helps to explain the small mass gap between the ground S-wave and the P-wave tetraquark states. The recently observed state may be the candidate of the first radially excited tetraquarks with or , or the or P-wave states based on the mass spectrum. Moreover, the lowest states with the exotic quantum numbers and may decay into the P-wave and di- modes, respectively. The future experimental search of these states will enrich the hadronic spectrum.
15 pages, 3 figures. Version published in PRD
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