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Aspects of finite temperature QCD towards the chiral limit
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abstract
QCD under extreme conditions has been studied for a long time, and the chiral limit has been a grey area mostly. In this write-up of my talk, I review some of the recent developments made by the community to unveil various features of QCD towards the chiral limit, which includes calculation of the chiral critical temperature and determination of the order of chiral phase transition for various numbers of flavors. Acknowledging the importance of the studies regarding the effective restoration of $U_A(1)$, I try to give a comprehensive overview about the various studies done in the last few years in a comparative manner to realize the current status of the community in this regard. I also discuss very recent efforts about the relevance of various energy-like observables w.r.t. the chiral phase transition.
Forward citations
Cited by 2 Pith papers
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Comparison of chiral limit studies in curvature mass versus on-shell renormalized quark-meson model using ChPT
Using ChPT scaling of f_pi, f_K, and M_eta^2, the QMVT model yields much smaller first-order regions in the Columbia plot than the on-shell renormalized RQM model, and moderately smaller than the FRG study.
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On the nature of the QCD chiral phase transition with imaginary chemical potential
First-order chiral regions observed on coarse staggered lattices disappear in tricritical points as the lattice spacing decreases at imaginary chemical potential, implying a second-order continuum transition.
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