Lattice simulations of 2-colour QCD with Wilson fermions
Jon-Ivar Skullerud, Shinji Ejiri, Simon Hands, Luigi Scorzato

TL;DR
This paper discusses lattice simulations of two-colour QCD with Wilson fermions at nonzero chemical potential, presenting preliminary results on various physical observables relevant to understanding strong interactions.
Contribution
It provides initial lattice simulation results for two-colour QCD with Wilson fermions under nonzero chemical potential, focusing on static potential, propagators, and spectra.
Findings
Preliminary data on static quark potential
Initial measurements of gluon propagator
Early results on meson and diquark spectrum
Abstract
We report on the status of our simulations of two-colour QCD with two flavours of Wilson quarks, at nonzero chemical potential and diquark source. Preliminary results are presented for the static quark potential, gluon propagator, and meson and diquark spectrum.
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