The aim of the given project is to study dynamical effects caused by symmetry breaking fields in strongly correlated phases of low-dimensional (1D, few-chain and 2D) fermion systems. This includes spin-rotational and translational symmetry breaking potentials, mass imbalanced fermion mixtures, and spin-orbit coupling. Our goal is to describe ground-state phase diagrams of such systems and identify quantum critical points separating phases with qualitatively different properties.

Principal investigator: George Japaridze