Multiorb 2011

Scientific program

The school will cover a wide variety of topics related to multiband and multiorbital effects:

- multiband superconductivity

- phase competition/separation

- exciton condensates

- orbital ordering

- orbital currents

- orbital selective metal-insulator transitions

in various systems: pnictides, cobaltates, manganites, graphene, Mott insulators, and others.

The most advanced theoretical methods for the study of these issues will be introduced and discussed, along with a selection of different experimental approaches (such as scanning tunnelling microscopy and spectroscopy, photolectron spectroscopy, ultrafast spectroscopy, and more). [Detailed program]

Confirmed Speakers

• D. Agterberg, Milwaukee, USA , ,
• H. Alloul, Orsay, France
• E. Bascones, Madrid, Spain
• D. Basov, San Diego, USA
• C. Batista, Los Alamos, USA
• S. Biermann, Palaiseau, France
• G. Blumberg, Rutgers, USA
• J.-P. Brison, Grenoble, France , ,
• V. Brouet, Orsay, France
• S.-W. Cheong, Rutgers, USA
• J. Demsar, Konstanz, Germany
• T. Devereaux, Stanford, USA , , ,
• J. Hoffman, Harvard, USA ,
• A. Kaminski, Ames, USA ,
• H.-Y. Kee, Toronto, Canada
• D. Khomskii, Köln, Germany
• J. Lesueur, Paris, France
• P. Littlewood, Cambridge, UK
• J. Paglione, College Park, USA ,
• N. Perkins, Madison, USA
• F. Rullier-Albenque, Saclay, France
• J. Schmalian, Karlsruhe, Germany , ,
• R. Valenti, Frankfurt, Germany
• H. Takagi, Tokyo, Japan
• J. van den Brink, Dresden, Germany , , ,
• M. Vojta, Dresden, Germany , ,
• S.-C. Zhang, Stanford, USA , ,