April 24, 2015
12:00PM
-
1:00PM
2015 PRB
Add to Calendar
2015-04-24 11:00:00
2015-04-24 12:00:00
Condensed Matter Theory Seminar - Kaden Hazzard (Rice University), "Many-body quantum magnetism and motion in ultracold molecules"
NanoKelvin-scale ultracold matter is an exciting arena in which to explore quantum many-body physics, in part because these systems are extremely well-characterized and widely tunable. The recent creation of cold molecules extends ultracold experimental capabilities beyond those previously available with cold atoms. I will discuss how joint experiment-theory research has harnessed these new capabilities to experimentally realize strongly interacting lattice spin models, and how measurements of the far-from-equilibrium dynamics have led us to develop new theoretical methods. I will also describe ongoing theoretical efforts to controllably couple the spin and motional degrees of freedom and the exciting physics that may emerge in this case.
2015 PRB
OSU ASC Drupal 8
ascwebservices@osu.edu
America/New_York
public
Date Range
2015-04-24 12:00:00
2015-04-24 13:00:00
Condensed Matter Theory Seminar - Kaden Hazzard (Rice University), "Many-body quantum magnetism and motion in ultracold molecules"
NanoKelvin-scale ultracold matter is an exciting arena in which to explore quantum many-body physics, in part because these systems are extremely well-characterized and widely tunable. The recent creation of cold molecules extends ultracold experimental capabilities beyond those previously available with cold atoms. I will discuss how joint experiment-theory research has harnessed these new capabilities to experimentally realize strongly interacting lattice spin models, and how measurements of the far-from-equilibrium dynamics have led us to develop new theoretical methods. I will also describe ongoing theoretical efforts to controllably couple the spin and motional degrees of freedom and the exciting physics that may emerge in this case.
2015 PRB
America/New_York
public
NanoKelvin-scale ultracold matter is an exciting arena in which to explore quantum many-body physics, in part because these systems are extremely well-characterized and widely tunable. The recent creation of cold molecules extends ultracold experimental capabilities beyond those previously available with cold atoms. I will discuss how joint experiment-theory research has harnessed these new capabilities to experimentally realize strongly interacting lattice spin models, and how measurements of the far-from-equilibrium dynamics have led us to develop new theoretical methods. I will also describe ongoing theoretical efforts to controllably couple the spin and motional degrees of freedom and the exciting physics that may emerge in this case.
