In this review, we discuss the physical characteristics of the magnetic dual chiral density
wave (MDCDW) phase of dense quark matter and argue why it is a promising candidate for …

We analyze the energy spectra of Dirac fermions in the presence of rotation and magnetic
field. We find that the Landau degeneracy is resolved by rotation. A drastic change in the …

An increasing number of model results suggests that chiral symmetry is broken
inhomogeneously in a certain window at intermediate densities in the QCD phase diagram …

The Casimir effect is known to be induced from photon fields confined by a small volume,
and also its fermionic counterpart has been predicted in a wide range of quantum systems …

When the isospin chemical potential exceeds the pion mass, charged pions condense in the
zero-momentum state forming a superfluid. Chiral perturbation theory provides a very …

We study the phase transitions at finite temperature and density of the magnetic dual chiral
density wave (MDCDW) phase. This spatially inhomogeneous phase emerges in cold …

We study the inhomogeneous phase of a two-flavor quark matter under rotation at finite
temperature and density using the Nambu-Jona-Lasinio model. To do this, we consider the …

For a scalar theory with a global O (N) symmetry, when N= 2 a spatially inhomogeneous
condensate arises when the term in the Lagrangian with two spatial derivatives has a …

In this work we consider strange stars formed by quark matter in the color-flavor-locked
(CFL) phase of color superconductivity. The CFL phase is described by a Nambu-Jona …

This paper proposes an alternative mechanism to solve the so-called missing pulsar
problem, a standing paradox between the theoretical expectations about the number of …