In this review, we summarize recent progress on the possible phases of quantum
chromodynamics (QCD) in the presence of a strong magnetic field, mainly from the views of …

The phenomenon of inverse magnetic catalysis of chiral symmetry in QCD predicted by
lattice simulations can be reproduced within the Nambu-Jona-Lasinio model if the coupling …

We study the regularization dependence of the Nambu-Jona–Lasinio model (NJL)
predictions for some properties of magnetized quark matter at zero temperature (and …

By comparing the two-and three-flavor Nambu–Jona-Lasinio (NJL) models, we demonstrate
that the naively expected vacuum superconductivity (VSC) in constant magnetic field B= B z …

We study the dual chiral density wave (DCDW) in nuclear matter using a hadronic model
with the parity doublet structure. We first extend the ordinary DCDW ansatz so as to …

We explore the end point of the helical instability in a finite density, finite magnetic field
background discussed by Kharzeev and Yee. The nonlinear solution is obtained and …

We study how an external magnetic field modifies the chiral phase structure of QCD, in
particular the phases characterized by inhomogeneous chiral condensates. The magnetic …

In this work, we explore the competition between magnetic catalysis effect and chiral rotation
effect in a general parallel electromagnetic field within the effective Nambu–Jona-Lasinio …

We theoretically investigate the Casimir effect originating from Dirac fields in finite-density
matter under a magnetic field. In particular, we focus on quark fields in the magnetic dual …

We study inhomogeneous chiral phases in nuclear matter using a hadronic model with the
parity doublet structure. With an extended ansatz for the dual chiral density wave off the …