Description
Chair: C. Kollath
Leticia Tarruell
(Institute for Quantum Electronics, ETH Zürich)
04/04/2011, 13:30
Invited talk
Ultracold atomic gases provide an ideal playground for studying the non-equilibrium dynamics of quantum many-body systems. On one hand, key models for strongly correlated materials can be implemented with an unprecedented level of tunability and control. On the other hand, the dilute nature and exceptionally low temperatures of these gases result in long timescales for dynamical effects (on...
Dario Poletti
(Université de Genève)
04/04/2011, 14:10
Talk
We study the driving of a one-dimensional ultracold quantum gases an optical lattice. The driving is a periodic translation of the lattice potential in space. If the lattice itself is quickly shaken this induces effectively a change of the tunneling constant between neighboring lattice sites. This has also been recently verified experimentally. We study how the presence of such a driving...
Daniel Charrier
(Max Planck Institut für Physik komplexer Systeme, Dresden)
04/04/2011, 14:30
Talk
The ability to simulate quantum many body systems in and out
of equilibrium and subject to dissipative dynamics is of substantial current interest. Important applications are the description of heating processes in ultracold atomic gases in optical lattices, the modeling of transport through correlated nanostructures, and several proposals have been put forward which exploit dissipative...
