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We report on calculations of the charmonium and bottomonium spectrum in lattice QCD. We
use ensembles of gauge fields with three flavors of sea quarks, simulated with the asqtad …

We study SU (3)-breaking effects in the neutral B dB¯ d and B sB¯ s systems with
unquenched N f= 2+ 1 lattice quantum chromodynamics (QCD). We calculate the relevant …

We discuss the contribution of OZI-suppressed diagrams to the hyperfine splitting of
charmonium in lattice QCD. We study valence quark mass regions from strange to charm …

We use the dynamical gluon configurations provided by the MILC collaboration in a study of
the charmonium spectrum and ψ leptonic width. We examine sea quark effects on mass …

We explore the splitting between flavor singlet and non-singlet mesons in charmonium using
unquenched lattice QCD. The non-perturbatively improved clover formalism is used for both …

We report a study describing the charm quark by a domain-wall fermion (DWF) in lattice
quantum chromodynamics (QCD). Our study uses a quenched gauge ensemble with the …

We study charmonium using the standard relativistic formalism in the quenched
approximation, on a set of lattices with isotropic lattice spacings ranging from 0.1 to 0.04 fm …

We report on the status of our lattice-QCD calculation of the hadronic contribution to $ B_d^
0$ and $ B^ 0_s $ mixing, with 2+ 1 flavors of dynamical sea quarks. Preliminary results for …

In the following pages I have endeavoured to present the subject of Spectroscopy from the
practical side. As full details as possible have been given of the methods of working with the …