Masses of mesons, mesons and charmonium states from twisted mass lattice QCD
arXiv:1509.02396 · doi:10.1103/PhysRevD.92.094508
Abstract
We compute masses of mesons, mesons and charmonium states using Wilson twisted mass lattice QCD. We present results for spin , parity and in case of charmonium also charge conjugation . Computations are based on quark-antiquark creation operators and performed at three different unphysically heavy quark masses allowing an extrapolation to the physical quark mass. Within combined statistical and systematic errors, which are around , our results agree with available experimental results. Particular focus is put on the mesons and . We separate and classify these close-by states according to the total angular momentum of their light degrees of freedom, and . This is a first important step to study decays , for which a long-standing conflict between theory and experiment exists.
42 pages, 13 figures, v2: table 3 on page 13 corrected
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