Charmonium-like resonances with in coupled , scattering on the lattice
arXiv:2011.02542 · doi:10.1007/JHEP06(2021)035
Abstract
We present the first lattice investigation of coupled-channel and scattering in the and channels. The scattering matrix for partial waves and isospin zero is determined using multiple volumes and inertial frames via Lüscher's formalism. Lattice QCD ensembles from the CLS consortium with MeV, fm and are utilized. The resulting scattering matrix suggests the existence of three charmonium-like states with in the energy region ranging from slightly below up to 4.13 GeV. We find a so far unobserved bound state just below threshold and a resonance likely related to , which is believed to be . In addition, there is an indication for a narrow resonance just below the threshold with a large coupling to and a very small coupling to . This resonance is possibly related to the narrow / observed in experiment also just below . The partial wave features a resonance likely related to . We work with several assumptions, such as the omission of , and three-particle channels. Only statistical uncertainties are quantified, while the extrapolations to the physical quark-masses and the continuum limit are challenges for the future.
arXiv comment41 pages, 16 figures; JHEP version, corrected typo concerning the uncertainty in Fig 5c
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