SU(3) Quantum Hall Ferromagnetism in SnTe
arXiv:1507.03251 · doi:10.1103/PhysRevLett.116.026803
Abstract
The (111) surface of SnTe hosts one isotropic -centered and three degenerate anisotropic - centered Dirac surface states. We predict that a nematic phase with spontaneously broken symmetry will occur in the presence of an external magnetic field when the Landau levels are or filled. The nematic state phase boundary is controlled by a competition between intravalley Coulomb interactions that favor a valley-polarized state, and weaker intervalley scattering processes that increase in relative strength with magnetic field. An in-plane Zeeman field alters the phase diagram by lifting the three-fold Landau level degeneracy, yielding a ground state energy with periodicity as a function of Zeeman-field orientation angle.
5 pages, 2 figures
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