Laboratoire Pierre Aigrain - UMR 8551

Partenaires

 

truc

Menu

• Présentation
• La recherche au L.P.A.
  • Propriétés optiques et électroniques des nano-objets
    • Optique cohérente et non linéaire
    • Spectroscopie térahertz
    • Magnéto - spectroscopie IR/THz
  • Circuits et conducteurs quantiques
    • Physique mésoscopique
    • Électronique quantique
    • Supraconductivité
  • Physique du vivant
    • Groupe de Biophysique
  • Théorie
    • Propriétés électroniques des nano-objets
    • Systèmes fortement corrélés et mésoscopiques
• Recrutement - Stages
• Organisation et services
  • Organigramme
  • Direction
  • Administration
  • Service d’instrumentation
    • Service Electronique
• Séminaires
  • 2012
  • 2011
  • Année en cours
  • 2007
  • 2008
  • 2009
  • 2010
• Venir nous voir

• Annuaire

• Intranet - LPA

Rechercher

Sur ce site

Tsuneya ANDO - Department of Physics, Tokyo Institute of Technology, Japan

The graphene consisting of a monolayer graphite sheet was fabricated and the conductivity modulation by the gate was demonstrated and the quantum Hall effect was observed. Since then, various experimental and theoretical investigations have been performed to reveal its exotic electronic and transport properties. Actually, graphene has been a subject of theoretical study prior to the experimental realization because of the peculiar electronic structure also responsible for intriguing properties of carbon nanotubes. The purpose of this talk is to give a brief review on characteristic features of electronic states in graphene mainly from a theoretical point of view, together with some of representative examples of recent experiments.