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 Monday, 04. Feb. 2013

 Low resolution for MediaPlayer (Windows),

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       -   Video.wmv

 

 Low  resolutions for MAC:

 

       -   Video.mov

 

High resolutions video (any system with MP4-support):

 

       -   Video.mp4

 

 15:15 – 16:25

 

Abstract : Recently, the condensed matter and atomic physics communities have mutually benefited from synergies emerging from the quantum simulation of strongly correlated systems using atomic setups. In the first part of the talk we give an overview of analog and digital quantum simulation with cold atoms in optical lattices and trapped ions. In the second part we discuss possible future directions: while there is presently significant interest in artificial gauge fields mimicking magnetic fields in (neutral) atom setups to observe phenomena like fractional quantum Hall physics, we will discuss prospects of realizing simple models of dynamical gauge fields (lattice gauge theories) as a next generation of possible cold atom experiments, where the (very) long term goal is to develop atomic quantum simulators for QED and QCD.

 

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