Lattice QCD and High Baryon Density State

TL;DR

This paper explores finite density QCD using lattice QCD simulations with improved fermions and gauge actions, analyzing both imaginary and real chemical potentials to understand high baryon density states.

Contribution

It introduces a dual approach employing imaginary and real chemical potentials in lattice QCD simulations with improved actions to study high baryon density states.

Findings

Insights into the phase structure at high baryon density

Comparison of results from imaginary and real chemical potential methods

Advancement in lattice QCD techniques for dense matter

Abstract

We report our recent studies on the finite density QCD obtained from lattice QCD simulation with clover-improved Wilson fermions of two flavor and RG-improved gauge action. We approach the subject from two paths, i.e., the imaginary and real chemical potentials.