We present results for Charmonium spectroscopy using Non-Relativistic QCD (NRQCD). For the NRQCD action the leading order spin-dependent and next to leading order spin-independent interactions have been included with tadpole-improved coefficients. We use multi-exponential fits to multiple correlation functions to extract ground and excited S states. Splittings between the lowest S, P and D states are given and we have accurate values for the S state hyperfine splitting and the \chi_c fine structure. Agreement with experiment is good - the remaining systematic errors are discussed
We hypothesize that the correct power counting for charmonia is in the parameter Lambda_QCD/m_c, but...
We present non-perturbative results for the spectrum of heavy quarkonia. Using an anisotropic formul...
We explore the splitting between flavour singlet and non-singlet mesons in charmonium. This has impl...
Traditional perturbative techniques for solving QCD are unable to successfully describe the properti...
We present results of simulations of the quenched quarkonium spectrum at two values of the lattice s...
Recent theoretical progress in calculations of the spectrum and decays of charmonium is reviewed. Tr...
We present a preliminary calculation of the charmed meson spectrum using the 2+1 flavor domain wall ...
We present a detailed study of the charmonium spectrum using anisotropic lattice QCD. We first deriv...
Strongly interacting systems such as the internal dynamics of the myriad bound states seen in partic...
Within the NRQCD factorization approach the production of heavy quarkonia can be calculated in pertu...
We present a lattice investigation, partially including the effects of dynamical quarks, of the heav...
Lattice methods are essential theoretical tools for performing calculations in quantum chromodynamic...
Recent lattice QCD results on charmonium properties are reviewed. I comment on molecules and hybrid ...
We present our final results for the excited charmonium spectrum from a quenched calculation using a...
We study the charmonium spectrum including higher spin and exotic states. We use the Sheikholeslami-...
We hypothesize that the correct power counting for charmonia is in the parameter Lambda_QCD/m_c, but...
We present non-perturbative results for the spectrum of heavy quarkonia. Using an anisotropic formul...
We explore the splitting between flavour singlet and non-singlet mesons in charmonium. This has impl...
Traditional perturbative techniques for solving QCD are unable to successfully describe the properti...
We present results of simulations of the quenched quarkonium spectrum at two values of the lattice s...
Recent theoretical progress in calculations of the spectrum and decays of charmonium is reviewed. Tr...
We present a preliminary calculation of the charmed meson spectrum using the 2+1 flavor domain wall ...
We present a detailed study of the charmonium spectrum using anisotropic lattice QCD. We first deriv...
Strongly interacting systems such as the internal dynamics of the myriad bound states seen in partic...
Within the NRQCD factorization approach the production of heavy quarkonia can be calculated in pertu...
We present a lattice investigation, partially including the effects of dynamical quarks, of the heav...
Lattice methods are essential theoretical tools for performing calculations in quantum chromodynamic...
Recent lattice QCD results on charmonium properties are reviewed. I comment on molecules and hybrid ...
We present our final results for the excited charmonium spectrum from a quenched calculation using a...
We study the charmonium spectrum including higher spin and exotic states. We use the Sheikholeslami-...
We hypothesize that the correct power counting for charmonia is in the parameter Lambda_QCD/m_c, but...
We present non-perturbative results for the spectrum of heavy quarkonia. Using an anisotropic formul...
We explore the splitting between flavour singlet and non-singlet mesons in charmonium. This has impl...