Temperature dependent transport of correlated disordered electrons: elastic vs. inelastic scattering
arXiv:cond-mat/0305511 · doi:10.1209/epl/i2004-10112-y
Abstract
Temperature dependent transport of disordered electronic systems is examined in the presence of strong correlations. In contrast to what is assumed in Fermi liquid approaches, finite temperature behavior in this regime proves largely dominated by inelastic electron-electron scattering. This conclusion is valid in the strong coupling limit, where the disorder, the correlations and the Fermi energy are all comparable, as in many materials near the metal-insulator transition.
7 pages, 5 eps figures
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Cited by in corpus (12)
- Disorder-Driven Non-Fermi Liquid Behavior of Correlated Electrons
- Inhomogeneous metallic phase upon disordering a two dimensional Mott insulator
- The so-called two dimensional metal-insulator transition
- Wigner-Mott scaling of transport near the two-dimensional metal-insulator transition
- Influence of disorder on incoherent transport near the Mott transition
- Effects of disorder on the non-zero temperature Mott Transition
- Typical-Medium Theory of Mott-Anderson Localization
- Degenerate versus semi-degenerate transport in a correlated 2D hole system
- 2D-MIT as self-doping of a Wigner-Mott insulator
- Unusually thick metal-insulator domain walls around the Mott point
- Dimensional and temperature dependence of metal insulator transition in correlated and disordered systems
- Impact of Short-Range Scattering on the Metallic Transport of Strongly Correlated 2D Holes in GaAs Quantum Wells