Journal ArticleAs part of our program of lattice simulations of three-flavor QCD with improved staggered quarks, we have calculated pseudoscalar meson masses and decay constants for a range of valence quark masses and sea-quark masses on lattices with lattice spacings of about 0.125 and 0.09 fm. We fit the lattice data to forms computed with ‘‘staggered chiral perturbation theory.'' Our results provide a sensitive test of the lattice simulations, and especially of the chiral behavior, including the effects of chiral logarithms. We find: frr= 129.5 + 0.9 + 3.5 MeV, fK = 156.6 + 1.0 + 3.6 MeV, and fK/frr = 1.210(4)(13), where the errors are statistical and systematic
We present the details of simulations for the light hadron spectrum in quenched QCD carried out on t...
We test the one-loop chiral perturbation theory formula on unquenched lattice data of pseudoscalar m...
We test the one-loop chiral perturbation theory formula on unquenched lattice data of pseudoscalar m...
As part of our program of lattice simulations of three-flavor QCD with improved staggered quarks, we...
We present an update of the MILC investigation of the properties of light pseudoscalar mesons using ...
We compute pseudoscalar meson masses and decay constants in partially quenched QCD with three dynami...
ManuscriptPreliminary results from simulations with 2+1 dynamical quark flavors at a lattice spacing...
We present the details of simulations for the light hadron spectrum in quenched QCD carried out on t...
Our previous calculations of the sea- and valence-quark mass dependence of the pseudoscalar meson ma...
Our previous calculations of the sea- and valence-quark mass dependence of the pseudoscalar meson ma...
Our previous calculations of the sea- and valence-quark mass dependence of the pseudoscalar meson ma...
We present results for meson masses and decay constants measured on 24^3x64 lattices using the domai...
Due to improvements in computer performance and algorithms, the rapidly increasing cost for unquench...
We present results for meson masses and decay constants measured on 24{sup 3} x 64 lattices using th...
We present the details of simulations for the light hadron spectrum in quenched QCD carried out on t...
We present the details of simulations for the light hadron spectrum in quenched QCD carried out on t...
We test the one-loop chiral perturbation theory formula on unquenched lattice data of pseudoscalar m...
We test the one-loop chiral perturbation theory formula on unquenched lattice data of pseudoscalar m...
As part of our program of lattice simulations of three-flavor QCD with improved staggered quarks, we...
We present an update of the MILC investigation of the properties of light pseudoscalar mesons using ...
We compute pseudoscalar meson masses and decay constants in partially quenched QCD with three dynami...
ManuscriptPreliminary results from simulations with 2+1 dynamical quark flavors at a lattice spacing...
We present the details of simulations for the light hadron spectrum in quenched QCD carried out on t...
Our previous calculations of the sea- and valence-quark mass dependence of the pseudoscalar meson ma...
Our previous calculations of the sea- and valence-quark mass dependence of the pseudoscalar meson ma...
Our previous calculations of the sea- and valence-quark mass dependence of the pseudoscalar meson ma...
We present results for meson masses and decay constants measured on 24^3x64 lattices using the domai...
Due to improvements in computer performance and algorithms, the rapidly increasing cost for unquench...
We present results for meson masses and decay constants measured on 24{sup 3} x 64 lattices using th...
We present the details of simulations for the light hadron spectrum in quenched QCD carried out on t...
We present the details of simulations for the light hadron spectrum in quenched QCD carried out on t...
We test the one-loop chiral perturbation theory formula on unquenched lattice data of pseudoscalar m...
We test the one-loop chiral perturbation theory formula on unquenched lattice data of pseudoscalar m...