Towards designing and probing ultra-quantum matter

Speaker: 
Victor Gurarie (U of Colorado)
Event Date and Time: 
Thu, 2017-11-09 16:00 - 17:00
Location: 
Henning 201
Local Contact: 
Fei Zhou
Intended Audience: 
Undergraduate

Ultra-quantum matter is the proposed umbrella term to describe states of matter made of quantum particles with long range quantum entanglement among them. These states of matter lie outside the standard Landau classification of phases of matter by broken symmetries, where solid is distinct from liquid because its crystalline lattice breaks translational invariance. Typically ultra-quantum matter does not break any symmetries despite forming distinct phases of matter. Examples of ultra-quantum matter include topological states such as in the quantum Hall effect or in certain quantum spin liquids, and "strange metals" in cuprates. In the last decade, cold atoms have become a promising framework to "engineer" quantum matter. I will describe ongoing efforts to model and design ultra-quantum matter in the lab using cold atoms, and devise methods to probe its ultra-quantum correlations.

Website development by Checkmark Media. Designed by Armada.

a place of mind, The University of British Columbia

Faculty of Science
Department of Physics and Astronomy
6224 Agricultural Road
Vancouver, BC V6T 1Z1
Tel 604.822.3853
Fax 604.822.5324

Emergency Procedures | Accessibility | Contact UBC | © Copyright The University of British Columbia