We discuss our recent observation of an atom-dimer Efimov resonance in an ultracold mixture of Cs atoms and Cs2 Feshbach molecules [Nature Phys. 5, 227 (2009)]. We review our experimental procedure and present additional data involving a non-universal g-wave dimer state, to contrast our previous results on the universal s-wave dimer. We resolve a seeming discrepancy when quantitatively comparing our experimental findings with theoretical results from effective field theory
We consider a heteronuclear fermionic mixture on the molecular side of an interspecies Feshbach reso...
In the vicinity of a narrow Feshbach resonances Efimov features are expected to be characterized by ...
We provide an exact solution of the Efimov spectrum in ultracold gases within the standard two-chann...
We study the interspecies scattering properties of ultracold Li-Cs mixtures in their two energetical...
We convert a strongly interacting ultracold Bose gas into a mixture of atoms and molecules by sweepi...
Multichannel Efimov physics is investigated in ultracold heteronuclear admixtures of K and Rb atoms....
A powerful experimental technique to study Efimov physics at positive scattering lengths is demonstr...
International audienceWe study Efimov resonances via three-body loss in an ultracold two-component g...
Under certain circumstances, three or more interacting particles may form bound states. While the ge...
The quantum Efimov effect manifests itself in the limit of resonant two-body interactions, where the...
Ultracold gases of three distinguishable particles with large scattering lengths are expected to sho...
This thesis presents experiments exploring Feshbach molecules and Efimov trimers in an ultracold Bos...
Author Institution: The James Franck institute and the Department of Physics, University of Chicago,...
We have measured the binding energy of 7Li Feshbach molecules deep into the nonuniversal regime by a...
We report on experimental evidence of universality in ultracold Li7 atoms' three-body recombination ...
We consider a heteronuclear fermionic mixture on the molecular side of an interspecies Feshbach reso...
In the vicinity of a narrow Feshbach resonances Efimov features are expected to be characterized by ...
We provide an exact solution of the Efimov spectrum in ultracold gases within the standard two-chann...
We study the interspecies scattering properties of ultracold Li-Cs mixtures in their two energetical...
We convert a strongly interacting ultracold Bose gas into a mixture of atoms and molecules by sweepi...
Multichannel Efimov physics is investigated in ultracold heteronuclear admixtures of K and Rb atoms....
A powerful experimental technique to study Efimov physics at positive scattering lengths is demonstr...
International audienceWe study Efimov resonances via three-body loss in an ultracold two-component g...
Under certain circumstances, three or more interacting particles may form bound states. While the ge...
The quantum Efimov effect manifests itself in the limit of resonant two-body interactions, where the...
Ultracold gases of three distinguishable particles with large scattering lengths are expected to sho...
This thesis presents experiments exploring Feshbach molecules and Efimov trimers in an ultracold Bos...
Author Institution: The James Franck institute and the Department of Physics, University of Chicago,...
We have measured the binding energy of 7Li Feshbach molecules deep into the nonuniversal regime by a...
We report on experimental evidence of universality in ultracold Li7 atoms' three-body recombination ...
We consider a heteronuclear fermionic mixture on the molecular side of an interspecies Feshbach reso...
In the vicinity of a narrow Feshbach resonances Efimov features are expected to be characterized by ...
We provide an exact solution of the Efimov spectrum in ultracold gases within the standard two-chann...