Boris Svistunov
Superfluidity and Topological Order


Date & heure
23/11/2016
Lieu
CdF, salle 5
Accueil
The decades-long history of theoretical understanding of the phenomenon of superfludity—from the Tisza-Landau phenomenology to the modern picture based on the emergence of topological constant of motion—has been most dramatic and instructive. Critically overviewing main historic steps highlights the crucial importance of the topological language for revealing the origin the phenomenon, as well as for establishing general relations of superfluid hydrodynamics, Berezinskii-Kosterlitz-Thouless transition, and superfluid-insulator quantum phase transitions in one dimension.
Michael Tarbutt
Centre for Cold Matter, Imperial College London
Searching for new physics with ultracold molecules
Ignacio Cirac
Max Planck Institute of Quantum Optics
Quantum Computing and Simulation in the presence of errors