Non-uniform chiral and 2SC color superconducting phases, taking into account the non-zero current quark mass
arXiv:1005.2667 · doi:10.1142/S0217732311035055
Abstract
We have shown, that the possibility of the existence of the mixed phase of the non-uniform chiral (NCh) and the color superconducting (2SC) ground state depends significantly on the choice of the parameters and type of the regularization scheme. Our calculations indicates, that in the 3d cut-off regularization scheme, the mixed region of the NCh and the 2SC phases exists for a broad set of NJL model parameters. However, in the Schwinger regularization scheme, if parameters are fitted to the physical quantities in the vacuum, then, the mixed region of the NCh and the 2SC phases does not exists.
References in corpus (6)
- Chiral symmetry and density wave in quark matter
- Influence of current mass on the spatially inhomogeneous chiral condensate
- Spin polarization and chiral symmetry breaking at finite density
- Coexistence of pion condensation and color superconductivity in two flavor quark matter
- Comparison of the non-uniform chiral and 2SC phases at finite temperatures and densities
- Phase diagram of the non-uniform chiral condensate in different regularization schemes at T=0