Add to ORKGWe study the perturbative behavior of the gradient flow in a twisted box. We apply this information to define a running coupling using the energy density of the flow field. We study the step-scaling function and the size of cutoff effects in SU(2) pure gauge theory. We conclude that the twisted gradient flow running coupling scheme is a valid strategy for step-scaling purposes due to the relatively mild cutoff effects and high precision
We present a measurement of the running coupling in SU(2) with two adjoint fermions in the Yang-Mill...
We review the gradient flow for gauge and fermion fields and its applications to lattice gauge theor...
The Yang-Mills gradient flow is considered on the four dimensional torus T 4 for SU(N) gauge theory ...
We study the perturbative behavior of the gradient flow in a twisted box. We apply this infor-mation...
We study the gradient flow for Yang-Mills theories with twisted boundary conditions. The perturbativ...
Abstract: We study the perturbative behavior of the Yang-Mills gradient flow in the Schrödinger Fun...
We study the perturbative behavior of the Yang-Mills gradient ow in theSchrodinger Functional, both ...
We measure the running of the $SU(\infty)$ 't Hooft coupling by performing a step scaling analysis o...
We measure the running of the twisted gradient flow coupling in the Twisted Eguchi-Kawai (TEK) model...
Abstract We compute the one-loop running of the SU(N) ’t Hooft coupof twelve-flavor SU(3) gauge theo...
We perform the step-scaling investigation of the running coupling constant, using the gradient-flow ...
We discuss the setup and features of a new definition of the running coupling in the Schr\'odinger f...
In lattice gauge theories, the gradient flow has been used extensively both, for scale setting and f...
In lattice gauge theories, the gradient flow has been used extensively both, for scale setting and f...
We study the Yang-Mills gradient flow using numerical stochastic perturbation theory. As an applicat...
We present a measurement of the running coupling in SU(2) with two adjoint fermions in the Yang-Mill...
We review the gradient flow for gauge and fermion fields and its applications to lattice gauge theor...
The Yang-Mills gradient flow is considered on the four dimensional torus T 4 for SU(N) gauge theory ...
We study the perturbative behavior of the gradient flow in a twisted box. We apply this infor-mation...
We study the gradient flow for Yang-Mills theories with twisted boundary conditions. The perturbativ...
Abstract: We study the perturbative behavior of the Yang-Mills gradient flow in the Schrödinger Fun...
We study the perturbative behavior of the Yang-Mills gradient ow in theSchrodinger Functional, both ...
We measure the running of the $SU(\infty)$ 't Hooft coupling by performing a step scaling analysis o...
We measure the running of the twisted gradient flow coupling in the Twisted Eguchi-Kawai (TEK) model...
Abstract We compute the one-loop running of the SU(N) ’t Hooft coupof twelve-flavor SU(3) gauge theo...
We perform the step-scaling investigation of the running coupling constant, using the gradient-flow ...
We discuss the setup and features of a new definition of the running coupling in the Schr\'odinger f...
In lattice gauge theories, the gradient flow has been used extensively both, for scale setting and f...
In lattice gauge theories, the gradient flow has been used extensively both, for scale setting and f...
We study the Yang-Mills gradient flow using numerical stochastic perturbation theory. As an applicat...
We present a measurement of the running coupling in SU(2) with two adjoint fermions in the Yang-Mill...
We review the gradient flow for gauge and fermion fields and its applications to lattice gauge theor...
The Yang-Mills gradient flow is considered on the four dimensional torus T 4 for SU(N) gauge theory ...