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Optimized meson operators in the distillation framework are used to study thecharmonium spectrum in two ensembles with two heavy dynamical quarks at halfthe physical charm quark mass but different lattice spacings. The use ofoptimal meson distillation profiles is shown to increase the overlap with theground state significantly, as well as grant access to excited states, formultiple quantum numbers including hybrid states with very little additionalcost. These same operators are also employed for the calculation ofmeson-glueball mixing.

Optimized meson operators for charmonium spectroscopy and mixing with glueballs