In-Plane Magnetodrag between Dilute Two-Dimensional Systems
arXiv:cond-mat/0301250 · doi:10.1103/PhysRevLett.90.226801
Abstract
We performed in-plane magnetodrag measurements on dilute double layer two-dimensional hole systems, at in-plane magnetic fields that suppress the apparent metallic behavior, and to fields well above those required to fully spin polarize the system. When compared to the single layer magnetoresistance, the magnetodrag exhibits exactly the same qualitative behavior. In addition, we have found that the enhancement to the drag from the in-plane field exhibits a strong maximum when both layer densities are matched.
4 pages, 3 figures; minor corrections. Accepted in Phys. Rev. Lett
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- Two-dimensional metal-insulator-transition as a potential fluctuation driven semiclassical transport phenomenon
- Hydrodynamic Coulomb drag of strongly correlated electron liquids
- Possible effect of collective modes in zero magnetic field transport in an electron-hole bilayer
- Conductivity of Silicon Inversion Layers: comparison with and without in-plane magnetic field
- In-plane magnetodrag in dilute bilayer two-dimensional systems: a Fermi liquid theory
- Drag resistance of 2D electronic microemulsions
- Magnetodrag in hydrodynamic regime: effects of magnetoplasmon resonance and Hall viscosity
- Spin Polarization Dependence of the Coulomb Drag at Large
- Dragging of electric current by hydrodynamic flow at charge neutrality
- Spin mechanism of drag resistance in strongly correlated electron liquids