Long-range forces in quantum gases : the three-body problem and the Efimov effect

Borromean rings. They are intertwined so that they can all separate as soon as one of them is cut.
r. Tan Davis / Flickr

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Program

Lecture

09:30 - 11:00

From Einstein's doubts to Bell's inequalities and quantum technologies : the second quantum revolution

Alain Aspect

07 Apr 2023

Long-range forces in quantum gases : the three-body problem and the Efimov effect

Amphithéâtre Maurice Halbwachs, Site Marcelin Berthelot

The Efimov problem explored with cold atomic gases

Jean Dalibard

14 Apr 2023

Long-range forces in quantum gases : the three-body problem and the Efimov effect

Amphithéâtre Maurice Halbwachs, Site Marcelin Berthelot

Emergence of Topological Pumping in Atom-Light Interaction

Tilman Esslinger

14 Apr 2023

Long-range forces in quantum gases : the three-body problem and the Efimov effect

Amphithéâtre Maurice Halbwachs, Site Marcelin Berthelot

14 Apr 2023

11:15 - 12:30

Long-range forces in quantum gases : the three-body problem and the Efimov effect

Documents and media

Program

The 1/r2 potential and its scale invariance

Compressed spin states for metrology

Dynamics in a 1/r2 potential

Quantum Networks of the First Kind

From contact interaction to long-range forces

Emulation of the Hubbard model extended to long-range interactions

The Efimov effect for a Heavy-Heavy-Light system

To Thermalize or Not? Slow Particle Diffusion in Many-Body Localization

The Efimov problem for three identical bosons

From Einstein's doubts to Bell's inequalities and quantum technologies : the second quantum revolution

The Efimov problem explored with cold atomic gases

Emergence of Topological Pumping in Atom-Light Interaction

See also

The ^1/r2 potential and its scale invariance

Dynamics in a ^1/r2 potential