Yang–Mills theories are an important building block of the standard model and in particular
of quantum chromodynamics. Its correlation functions describe the behavior of its …

Gauge theories of the Yang–Mills type are the single most important building block of the
standard model of particle physics and beyond. They are an integral part of the strong and …

A bstract Resumming quantum fluctuations at the level of the gravitational path integral is
expected to result in non-local effective actions and thus in a non-trivial momentum …

We reconstruct the gluon spectral function in Landau gauge QCD from numerical data for
the gluon propagator. The reconstruction relies on two novel ingredients: Firstly we derive …

In this article we report on lattice results for the Landau gauge gluon propagator using large
statistical ensembles. In particular, the compatibility of the lattice data with the tree level …

We present a local setup for the recently introduced BRST-invariant formulation of Yang-
Mills theories for linear covariant gauges that takes into account the existence of gauge …

We consider the analytic continuation of Euclidean propagator data obtained from 4D
simulations to Minkowski space. In order to perform this continuation, the common approach …

We set up an infrared-based moment problem to obtain estimates of the masses of the
scalar, pseudoscalar, and tensor glueballs in Euclidean Yang-Mills theories using the …

We calculate the quark self-energy at one-loop level at high temperature, taking into account
contributions from both the (chromo) electric scale g T and the (chromo) magnetic scale g 2 …

Analytical functions for the propagators of QCD, including a set of chiral quarks, are derived
by a one-loop massive expansion in the Landau gauge, deep in the infrared. By analytic …