We study the sensitivity of the gradient flow coupling to sectors of different topological charge and its implications in practical situations. Furthermore, we investigate an alternative definition of the running coupling that is expected to be less sensitive to the problems of the HMC algorithm to efficiently sample all topological sectors
The 2D O(3) model is widely used as a toy model for ferromagnetism and for quantum chromodynamics. W...
Perturbative calculations of gradient flow observables are technically challenging. Current results ...
An old and apparently persistent problem in numerical lattice QCD is that the simulations tend to ge...
We discuss the setup and features of a new definition of the running coupling in the Schr\'odinger f...
We discuss the setup and features of a new definition of the running coupling in the Schrödinger fun...
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 ...
The equivalence of cooling to the gradient flow when the cooling step $n_c$ and the continuous flow ...
We study the gradient flow for Yang-Mills theories with twisted boundary conditions. The perturbativ...
Using a finite volume gradient flow renormalization scheme with Schrödinger Functional boundary cond...
We study the impact of the Gradient Flow on the topology in various models of lattice field theory. ...
We study the impact of the Gradient Flow on the topology in various models of lattice field theory. ...
We study the perturbative behavior of the gradient flow in a twisted box. We apply this information ...
Using a finite volume gradient flow renormalization scheme with Schrödinger Functional boundary cond...
We study the Yang-Mills gradient flow using numerical stochastic perturbation theory. As an applicat...
The 2D O(3) model is widely used as a toy model for ferromagnetism and for quantum chromodynamics. W...
Perturbative calculations of gradient flow observables are technically challenging. Current results ...
An old and apparently persistent problem in numerical lattice QCD is that the simulations tend to ge...
We discuss the setup and features of a new definition of the running coupling in the Schr\'odinger f...
We discuss the setup and features of a new definition of the running coupling in the Schrödinger fun...
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 ...
The equivalence of cooling to the gradient flow when the cooling step $n_c$ and the continuous flow ...
We study the gradient flow for Yang-Mills theories with twisted boundary conditions. The perturbativ...
Using a finite volume gradient flow renormalization scheme with Schrödinger Functional boundary cond...
We study the impact of the Gradient Flow on the topology in various models of lattice field theory. ...
We study the impact of the Gradient Flow on the topology in various models of lattice field theory. ...
We study the perturbative behavior of the gradient flow in a twisted box. We apply this information ...
Using a finite volume gradient flow renormalization scheme with Schrödinger Functional boundary cond...
We study the Yang-Mills gradient flow using numerical stochastic perturbation theory. As an applicat...
The 2D O(3) model is widely used as a toy model for ferromagnetism and for quantum chromodynamics. W...
Perturbative calculations of gradient flow observables are technically challenging. Current results ...
An old and apparently persistent problem in numerical lattice QCD is that the simulations tend to ge...