We review the gradient flow for gauge and fermion fields and its applications to lattice gauge theory computations. Using specific examples, we discuss the interplay between perturbative and non-perturbative calculations in the context of renormalization with the gradient flow
We introduce a non-perturbative improvement for the renormalization group step scaling function base...
One of the most important frameworks for understanding the fundamental interactions of elementary pa...
One of the most important frameworks for understanding the fundamental interactions of elementary pa...
We review the gradient flow for gauge and fermion fields and its applications to lattice gauge theor...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
29 pagesThe recent introduction of the gradient flow has provided a new tool to probe the dynamics o...
The gradient flow in non-abelian gauge theories on R^4 is defined by a local diffusion equation that...
The gradient flow in non-abelian gauge theories on R^4 is defined by a local diffusion equation that...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
We study the gradient flow for Yang-Mills theories with twisted boundary conditions. The perturbativ...
We investigate the renormalization group (RG) structure of the gradient flow. Instead of using the o...
We introduce a non-perturbative improvement for the renormalization group step scaling function base...
One of the most important frameworks for understanding the fundamental interactions of elementary pa...
One of the most important frameworks for understanding the fundamental interactions of elementary pa...
We review the gradient flow for gauge and fermion fields and its applications to lattice gauge theor...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
29 pagesThe recent introduction of the gradient flow has provided a new tool to probe the dynamics o...
The gradient flow in non-abelian gauge theories on R^4 is defined by a local diffusion equation that...
The gradient flow in non-abelian gauge theories on R^4 is defined by a local diffusion equation that...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
The Yang-Mills gradient flow for QCD-like theories is generalized by including a fermionic matter te...
We study the gradient flow for Yang-Mills theories with twisted boundary conditions. The perturbativ...
We investigate the renormalization group (RG) structure of the gradient flow. Instead of using the o...
We introduce a non-perturbative improvement for the renormalization group step scaling function base...
One of the most important frameworks for understanding the fundamental interactions of elementary pa...
One of the most important frameworks for understanding the fundamental interactions of elementary pa...
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