Dynamical Gauge Fields and Three-Body Correlations with Ultracold Atoms

8 marzo 2016
8th March 2016
Dipartimento di Fisica, Segreteria
via Sommarive, 14 - 38123 Povo (Trento)
+39 0461 281504 - 1575 - 2042 - 1545
+39 0461 281696

at: 14.30

Venue: Department of Physics - Seminar Room Fisica Teorica - 2 nd floor

  • Prof. Wilhelm Zwerger - Technische Universität München (TUM)

I will discuss long range parity order in 1D Mott-Insulators, which has been inferred from single-site resolution images of cold atoms in optical lattices. In two dimensions, parity order is conected via a duality transformation to a Wilson-Loop in a dynamical gauge theory.
In the second part of the talk, I will present a diagrammatic approach to the thermodynamics and momentum distribution of strongly interacting Bose gases which includes three-particle correlations and the related Efimov effect exactly. The results provide a reasonable account of the measured momentum distribution of a unitary Bose gas in the moderately degenerate limit