Many results from lattice QCD of broad importance to particle and nuclear physics are obtained with 2+1 flavors of staggered sea quarks. In the continuum limit, staggered fermions yield four species, called tastes. To reduce the number of tastes to one (per flavor), the simulation employs the fourth root of the four-taste staggered fermion determinant. This talk surveys evidence in favor of this procedure, refutes recent criticisms, and reviews recent algorithmic and technical improvements. Physics results are covered in other plenary talks
Calculations using staggered quarks augmented with a root of the fermion determinant to reduce doubl...
We show that the use of the fourth-root trick in lattice QCD with staggered fermions corresponds to ...
I explore the origins of the unphysical predictions from rooted staggered fermion algorithms. Before...
Many results from lattice QCD of broad importance to particle and nuclear physics are obtained with ...
I give a status report on the validity of the so-called ``fourth-root trick'', i.e. the procedure of...
ManuscriptAs one test of the validity of the staggered-fermion fourth-root determinant trick, we exa...
I develop a renormalization-group blocking framework for lattice QCD with staggered fermions. Using ...
Journal ArticleThe topological susceptibility of the vacuum in quantum chromodynamics has been simul...
In this talk, I will give an overview of the theoretical status of staggered Lattice QCD with the "f...
Staggered fermions with 4 tastes are expected to describe 4-flavor QCD in the continuum limit, there...
A popular approximation in lattice gauge theory is an extrapolation in the number of fermion species...
Accurately calculating the mass of flavor-singlet meson states from numerical lattice simulations is...
We study the improvement of staggered fermions using hypercubically smeared links. We calculate the ...
We review several results that have been obtained using lattice QCD with the staggered quark formula...
We study the improvement of staggered fermions using hypercubically smeared links. We calculate the ...
Calculations using staggered quarks augmented with a root of the fermion determinant to reduce doubl...
We show that the use of the fourth-root trick in lattice QCD with staggered fermions corresponds to ...
I explore the origins of the unphysical predictions from rooted staggered fermion algorithms. Before...
Many results from lattice QCD of broad importance to particle and nuclear physics are obtained with ...
I give a status report on the validity of the so-called ``fourth-root trick'', i.e. the procedure of...
ManuscriptAs one test of the validity of the staggered-fermion fourth-root determinant trick, we exa...
I develop a renormalization-group blocking framework for lattice QCD with staggered fermions. Using ...
Journal ArticleThe topological susceptibility of the vacuum in quantum chromodynamics has been simul...
In this talk, I will give an overview of the theoretical status of staggered Lattice QCD with the "f...
Staggered fermions with 4 tastes are expected to describe 4-flavor QCD in the continuum limit, there...
A popular approximation in lattice gauge theory is an extrapolation in the number of fermion species...
Accurately calculating the mass of flavor-singlet meson states from numerical lattice simulations is...
We study the improvement of staggered fermions using hypercubically smeared links. We calculate the ...
We review several results that have been obtained using lattice QCD with the staggered quark formula...
We study the improvement of staggered fermions using hypercubically smeared links. We calculate the ...
Calculations using staggered quarks augmented with a root of the fermion determinant to reduce doubl...
We show that the use of the fourth-root trick in lattice QCD with staggered fermions corresponds to ...
I explore the origins of the unphysical predictions from rooted staggered fermion algorithms. Before...