Understanding the newly observed states through their decays
arXiv:1703.09130 · doi:10.1103/PhysRevD.95.116010
Abstract
The strong and radiative decay properties of the low-lying states are studied in a constituent quark model. We find that the newly observed states by the LHCb Collaboration can fit in well the decay patterns. Thus, their spin-parity can be possibly assigned as the following: (i) The has and corresponds to the narrow mixed state , its partner should be a broad state with a width of MeV. (ii) The and can be assigned to be two states, and , respectively. (iii) The can be assigned as the state with . (iv) The might correspond to one of the two states of the first radial excitations, i.e. or .
7 pages, 4 figures. To appear in PRD
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