Speaker
Dr
Denes Sexty
(Uni Wuppertal)
Description
Lattice QCD at non-vanishing chemical potential is studied using the complex Langevin equation (CLE). We compare the results with multi-parameter reweighting both from μ=0 and phase quenched ensembles. A good agreement is found for lattice spacings below ≈0.15 fm. On coarser lattices the complex Langevin approach breaks down. Four flavors of staggered fermions are used on Nt=4,6 and 8 lattices. We also discuss the issue of poles for CLE simulations of HDQCD and full QCD.
Primary author
Dr
Denes Sexty
(Uni Wuppertal)
Co-authors
Mr
Csaba Torok
(Eotvos University, Budapest)
Erhard Seiler
(Max-Planck-Institut fuer Physik)
Prof.
Gert Aarts
(Swansea University)
Prof.
Ion-Olimpiu Stamatescu
(university Heidelberg)
Prof.
Sandor Katz Katz
(Eotvos University, Budapest)
Prof.
Zoltan Fodor
(Uni Wuppertal)
