Transport Anomalies of the Strange Metal: Resolution by Hidden Fermi Liquid Theory
arXiv:0903.0794 · doi:10.1103/PhysRevB.80.094508
Abstract
The strange metal phase of optimally and overdoped cuprates exhibits a number of anomalous transport properties: unsaturating linear T resistivity, distinct relaxation times for Hall angle and resistivity, temperature dependent anisotropic relaxation times, and a characteristic crossover from supposed Fermi Liquid to linear T behavior. All receive natural explanations and quantitative fits in terms of the Hidden Fermi Liquid theory.
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Cited by in corpus (15)
- Quantum Critical Transport and the Hall Angle
- Charge transport by holographic Fermi surfaces
- Hidden Fermi Liquid: Self-Consistent Theory for the Normal State of High-Tc Superconductors
- Personal history of my engagement with cuprate superconductivity, 1986-2010
- Modern Physics of the Condensed State: Strong Correlations and Quantum Topology
- Origin of strange metallic phase in cuprate superconductors
- Breakdown of Landau Fermi liquid theory: restrictions on the degrees of freedom of quantum electrons
- Low-energy peak in the one-particle spectral function of the electron gas at metallic densities
- Exotic quantum statistics and thermodynamics from a number-conserving theory of Majorana fermions
- Spectral function method for Hall conductivity of incoherent metals
- Functional renormalization group without functional integrals: implementing Hilbert space projections for strongly correlated electrons via Hubbard X-operators
- Functional renormalization group for extremely correlated electrons
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- Dynamical Expansion of the Doped Hubbard Model
- Landau Quasiparticles in Weak Power-Law Liquids