We computed the static potential and Wilson loops to $O(\alpha^2)$ in perturbation theory for different lattice quark and gluon actions. In general, we find short distance lattice data to be well described by ``boosted perturbation theory''. For Wilson-type fermions at present-day quark masses and lattice spacings agreement within 10% between measured ``$\beta$-shifts'' and those predicted by perturbation theory is found. We comment on prospects for a determination of the real world QCD running coupling
We present results for QCD with 2 degenerate flavours of quark using a non-perturbatively improved a...
On the lattice searching for the gluon condensate is difficult because a large perturbative contribu...
We determine from first principles the quark mass anomalous dimension in Nf= 3 QCD between the elect...
The potential of a static quark-antiquark pair is studied in the range 0.05 fm $<$ r $<$ 0.8 fm, emp...
We present the results of our perturbative calculations of the static quark potential, small Wilson ...
We discuss weak coupling perturbation theory for lattice actions in which the fermions couple to sme...
Leading terms of the static quark-antiquark potential in the background perturbation theory are revi...
The High-Precision QCD collaboration has embarked on a ground-breaking survey of strongly interactin...
We compare lattice data for the short-distance part of the static energy in 2+1 flavor quantum chrom...
We compute $\Lambda_{\bar{MS}}$ for two flavors of light dynamical quarks using non-perturbatively $...
For the first time, we compute non-perturbatively, i.e. without lattice perturbation theory, the ren...
We present an update on Numerical Stochastic Perturbation Theory projects for Lattice QCD, which are...
For the first time, we compute non-perturbatively, i.e. without lattice perturbation theory, the ren...
We review the connection between QCD and potential models of quarkonia in the framework of effective...
From the analysis of the perturbative expansion of the lattice regularized gluon condensate, togheth...
We present results for QCD with 2 degenerate flavours of quark using a non-perturbatively improved a...
On the lattice searching for the gluon condensate is difficult because a large perturbative contribu...
We determine from first principles the quark mass anomalous dimension in Nf= 3 QCD between the elect...
The potential of a static quark-antiquark pair is studied in the range 0.05 fm $<$ r $<$ 0.8 fm, emp...
We present the results of our perturbative calculations of the static quark potential, small Wilson ...
We discuss weak coupling perturbation theory for lattice actions in which the fermions couple to sme...
Leading terms of the static quark-antiquark potential in the background perturbation theory are revi...
The High-Precision QCD collaboration has embarked on a ground-breaking survey of strongly interactin...
We compare lattice data for the short-distance part of the static energy in 2+1 flavor quantum chrom...
We compute $\Lambda_{\bar{MS}}$ for two flavors of light dynamical quarks using non-perturbatively $...
For the first time, we compute non-perturbatively, i.e. without lattice perturbation theory, the ren...
We present an update on Numerical Stochastic Perturbation Theory projects for Lattice QCD, which are...
For the first time, we compute non-perturbatively, i.e. without lattice perturbation theory, the ren...
We review the connection between QCD and potential models of quarkonia in the framework of effective...
From the analysis of the perturbative expansion of the lattice regularized gluon condensate, togheth...
We present results for QCD with 2 degenerate flavours of quark using a non-perturbatively improved a...
On the lattice searching for the gluon condensate is difficult because a large perturbative contribu...
We determine from first principles the quark mass anomalous dimension in Nf= 3 QCD between the elect...