Magnetodrag in hydrodynamic regime: effects of magnetoplasmon resonance and Hall viscosity
arXiv:1905.09291 · doi:10.1103/PhysRevB.100.115401
Abstract
In this work we study magnetotransport properties in electronic double layers of strongly correlated electron liquids. For sufficiently clean high-mobility samples, the high-temperature regime of transport in these systems can be described in pure hydrodynamic terms. We concentrate on the magnetic field dependence of longitudinal drag effect mediated by the interlayer Coulomb scattering and identify several mechanisms of transresistance which is caused by viscous flows, magnetoplasmon resonance, and dissipative thermal fluxes. In particular, we elucidate how Hall viscosity enters magnetodrag and modifies its temperature dependence in the magnetic field.
13 pages, 4 figures
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Cited by in corpus (9)
- Hall viscosity in quantum systems with discrete symmetry: point group and lattice anisotropy
- Valley and spin accumulation in ballistic and hydrodynamic channels
- Drag viscosity of metals and its connection to Coulomb drag
- Fluctuation-driven thermal transport in graphene double-layers at charge neutrality
- Hall viscosity and conductivity of two-dimensional chiral superconductors
- Thermal transfer enhancement by hydrodynamic plasmons in electron bilayers
- Hall Coulomb drag induced by electron-electron skew scattering
- Hydrodynamic Coulomb drag in odd electron liquids
- Spin mechanism of drag resistance in strongly correlated electron liquids