Hidden Fermi-liquid charge transport in the antiferromagnetic phase of the electron-doped cuprates
arXiv:1610.01181 · doi:10.1103/PhysRevLett.117.197001
Abstract
Systematic analysis of the planar resistivity, Hall effect and cotangent of the Hall angle for the electron-doped cuprates reveals underlying Fermi-liquid behavior even deep in the antiferromagnetic part of the phase diagram. The transport scattering rate exhibits a quadratic temperature dependence, and is nearly independent of doping, compound and carrier type (electrons vs. holes), and hence universal. Our analysis moreover indicates that the material-specific resistivity upturn at low temperatures and low doping has the same origin in both electron- and hole-doped cuprates.
To appear in PRL
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Cited by in corpus (9)
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- Die Hard Holographic Phenomenology of Cuprates
- Planckian Dissipation and non-Ginzburg-Landau Type Upper Critical Field in Bi2201
- Disorder versus two transport lifetimes in a strongly correlated electron liquid
- Cuprates, Pnictides and Sulfosalts: Lessons in Functional Materials
- Probing the pseudogap and beyond: Examining single-particle properties of the hole- and electron-doped Hubbard model