Speaker
Felipe Attanasio
(Universität Heidelberg)
Description
Low energy effective models are a useful tool to understand the mechanisms behind physical processes in QCD. They additionally provide ways to probe into regions of the QCD phase diagram that are harder to simulate on the lattice, e.g., small temperature, due to their lower UV cutoff, as well as more direct comparison with functional methods such as fRG. We present here lattice simulations of such an effective model: the quark-meson model. We simulate the theory via Stochastic Quantisation and report on the effects of employing coloured noise, a method that allows control over the momentum scale of the simulation.
Primary authors
Felipe Attanasio
(Universität Heidelberg)
Jan Martin Pawlowski
(Heidelberg Institute for Theoretical Physics)
Mr
Jan Philipp Klinger
(Universtiät Heidelberg)
