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Displaying 29 authors out of 29
ALEJANDRO MURAMATSU (University of Stuttgart, Germany)
Numerical studies of low dimensional cold atom systems
ALEXANDER FETTER (Stanford University, USA)
Vortices in cold atomic gases
ANTOINE GEORGES (Ecole Polytechnique, France)
Adiabatic cooling and quantum magnetism of strongly-interacting fermions in optical lattices
CHIN CHENG (University of Chicago, USA)
Fundamentals of Feshbach resonances and Feshbach molecules
Collective excitations and pairing gaps in a degenerate Fermi gas
CHRISTOPHER FOOT (University of Oxford, UK)
Experiments with 2D Bose gases
DAVID WEISS (Pennsylvania State University, USA)
Cold atoms in optical lattices: Experiments I
DIMITRI GANGARDT (Universite XI Paris-Sud, France)
Strongly interacting Bosons in one dimension
EHUD ALTMAN (Harvard University, Cambridge, USA)
Out of equilibrium phenomena in cold atomic systems
EUGENE DEMLER (Harvard University, Cambridge, USA)
Quantum phase transitions and cold atoms I
Quantum phase transitions and cold atoms II
Quantum phase transitions and cold atoms III
GEORGY SHLYAPNIKOV (Universite XI Paris-Sud, France)
Introduction to the theory of atomic collisions
Theory of low-dimensional systems of cold atoms
GIOVANNI MODUGNO (INFM and LENS, University of Florence, Italy)
Bose-Fermi mixtures: Experiment
JAKOB REICHEL (Ecole Normale Superieure, Paris, France)
Experiments in atom chips
JEAN DALIBARD (Ecole Normale Superieure, Paris, France)
Experiments with cold atoms I: from laser cooling to degenerate gases
Experiments with cold atoms II: rotating quantum gases
Experiments with cold atoms III: interferences between condensates
JURGEN STUHLER (University of Stuttgart, Germany)
Dipolar gases: Experiment
KAI BONGS (University of Hamburg, Germany)
Spinor condensates: Experiment
LUIS SANTOS (University of Stuttgart, Germany)
Dipolar gases: Theory
MACIEJ LEWENSTEIN (Institut de Ciencies Fotoniques, Barcelona, Spain)
Quantum information theory, quantum phase transitions and cold atoms I
Quantum information theory, quantum phase transitions and cold atoms II
Quantum information theory, quantum phase transitions and cold atoms III
MARKUS GREINER (University of Colorado at Boulder, USA)
Experiments with optical lattices I
Experiments with optical lattices II
Experiments with cold Fermi gases I
Recent progress in experiments with cold Fermi gases II
MASAHITO UEDA (Tokyo Institute of Technology, Japan)
Spinor Bose-Einstein condensate
MICHAEL KOEHL (Eidgenossische Technische Hochschule Honggerberg, Zurich, Switzerland)
Cold atoms in optical lattices: Experiments II
MIKHAIL BARANOV (University of Amsterdam, Netherlands)
Bose-Fermi mixtures: Theory
NIGEL COOPER (Cambridge University, Cambridge, United Kingdom)
Vortex liquids
SANDRO STRINGARI (University of Trento, Povo, Italy)
Rotating cold atomic gases: Basic theory and Experiments
SUNGKIT YIP (Academia Sinica, Taipei, Taiwan)
BCS-BEC crossover near a p-wave resonance
THIERRY GIAMARCHI (University of Geneva, Switzerland)
One-dimensional systems of bosons and fermions I
One-dimensional systems of bosons and fermions II
One-dimensional systems of bosons and fermions III
TIN-LUN HO (The Ohio State University, Columbus, USA)
Fundamental issues and recent theoretical progress in strongly interacting Fermi gases I
Fundamental issues and recent theoretical progress in strongly interacting Fermi gases II
Spinor condensates: Theory I
ULRICH SCHOLLWOECK (Rheinisch-Westfalische Technische Hochschule Aachen, Germany)
Non-equilibrium in cold atomic gases: controlled preparation of d-wave resonating valence bond states
WALTER HOFSTETTER (Rheinisch-Westfalische Technische Hochschule Aachen, Germany)
Cold atoms in optical lattices: Flavor degeneracy and effects of disorder
WILHELM ZWERGER (Technical University of Munich, Germany)
BCS-BEC crossover: A pedagogical introduction

Organizers

Miguel A. Cazalilla, Andrew Francis C.K. Ho, John Michael F. Gunn, Wilhelm Zwerger