2005
DOI: 10.1051/anphys:2006001
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Impuretés et systèmes corrélés. Des chaînes aux cuprates supraconducteurs

Abstract: Je veux remercier ici tous les membres du jury de cette habilitation, en particulier les rapporteurs, Maurice Rice, Claude Berthier et Peter Hirschfeld, mais aussi Marc Gabay, Philippe Bourges, Alain Sacuto et Henri Alloul. Les années passent, et je m'étonne d'être toujours aussi heureux de venir travailler au 510. Peut-être est-ce lié à la magie qu'exerce sur moi la RMN, les supraconducteurs, et autres petits assemblages fortement corrélés qui font mon quotidien. Mais probablement plus encore est-ce lié à ceu… Show more

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“…Most of our current knowledge about highly overdoped cuprates derives from transport and thermodynamic experiments, which have revealed characteristics matching those of ordinary Fermi liquids. In particular, the electrical resistivity essentially depends quadratically on temperature [16,17], the thermal conductivity satisfies the Wiedemann-Franz law [18], and the uniform magnetic susceptibility is dominated by a temperature independent, Pauli-like term [19]. In highly overdoped Tl 2 Ba 2 CuO 6+δ (Tl-2201), a compound that features a single, isolated CuO 2 plane per formula unit and very low intrinsic disorder, additional photoemission [20], angledependent magnetoresistance [21], and quantum oscillation [22] experiments have uncovered well-defined Landau quasiparticles with a Fermi surface that agrees quantitatively with the predictions of density functional the- In each panel, the intensity scale has been normalized to the area of the dd excitation in the π channel.…”
mentioning
confidence: 99%
“…Most of our current knowledge about highly overdoped cuprates derives from transport and thermodynamic experiments, which have revealed characteristics matching those of ordinary Fermi liquids. In particular, the electrical resistivity essentially depends quadratically on temperature [16,17], the thermal conductivity satisfies the Wiedemann-Franz law [18], and the uniform magnetic susceptibility is dominated by a temperature independent, Pauli-like term [19]. In highly overdoped Tl 2 Ba 2 CuO 6+δ (Tl-2201), a compound that features a single, isolated CuO 2 plane per formula unit and very low intrinsic disorder, additional photoemission [20], angledependent magnetoresistance [21], and quantum oscillation [22] experiments have uncovered well-defined Landau quasiparticles with a Fermi surface that agrees quantitatively with the predictions of density functional the- In each panel, the intensity scale has been normalized to the area of the dd excitation in the π channel.…”
mentioning
confidence: 99%