Quantum Hall Effect in Three-dimensional Field-Induced Spin Density Wave Phases with a Tilted Magnetic Field

Abstract

The quantum Hall effect in the three-dimensional anisotropic tight-binding electrons is investigated in the field-induced spin density wave phases with a magnetic field tilted to any direction. The Hall conductivity, ${\sigma }_{xy}$ and ${\sigma }_{xz}$, are shown to be quantized as a function of the wave vector of FISDW, while ${\sigma }_{yz}$ stays zero, where $x$ is the most conducting direction and $y$ and $z$ are perpendicular to $x$.

18 pages, REVTeX 3.0, 1 figure is available upon request, to be published in Physical Review B

Cited by in corpus (5)

• Emergent CPT violation from the splitting of Fermi points
• Superconductivity of Quasi-One-Dimensional Electrons in Strong Magnetic Field
• Integer Quantum Hall Effect in Double-Layer Systems
• Field-Induced SDW and Butterfly Spectrum in Three Dimensions
• Interaction and dimensionality in the quantum Hall physics