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Patrick Fournier

Matériaux quantique

[Translate to English:] Patrick Fournier

Department of Physics,

Faculty of Science

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Research interests

  • Clarify the role of Cu substitution by other 3d metals in electron-doped superconducting cuprates
  • Study the anisotropic transport in (110) and (100) oriented PrCeCuO thin films as a function of doping, and correlate the results with the band structure observed by ARPES
  • Study the tunneling effect in (110) and (100) oriented PrCeCuO thin films as a function of doping.
  • Prepare thin films of YBa2Cu3O7 and similar materials on large-area substrates (on 75cm-diameter wafers) for collaboration with an industrial partner
  • Develop procedures for reproducibly obtaining YBa2Cu3O7-based superconducting resonators for NMR detection.

Key words


Thin films, junctions, magnetism, single crystals, multilayers, multiferroics, nanostructures, superconductivity, thermodynamics, electrical transport, magnetocaloric effect