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Probing quantum physics with correlated atomic pairs – ProQuP
Two partners are involved in this project, both being pioneering groups in quantum atom optics and one-dimensional quantum gases: the laboratoire Charles Fabry de l’Institut d’Optique (Institut d’Optique, CNRS, Université Paris Sud 11) through the setups « metastable helium » et « atom chip », and t
Elementary excitations of highly correlated fermions at atomic wavevectors: Experiments and Theory – HighQ-Fermions
One of the major goals of present physics is understanding the quantum properties of interacting many-body systems. The ground state of bosonic and fermionic systems is now rather well understood (Bose-Einstein Condensate, Fermi liquid state, Cooper pairing, etc.). Modern microscopic methods can pre
Control of Optical LOcalized and Rare Structures – COLORS
In this project, we will develop control methods and strategies for the optical localized structures arising in nonlinear passive optical experiments such as shaping the patterns, switching between different coexisting structures, displacing them transversally, or else controlling rare intense event
Thermoelectricity of quantum matter – QuanTherm
There has been a recent surge in the quest for useful thermoelectric materials partly motivated by the environment-friendliness of thermoelectric refrigerators and generators. In fundamental research on electron organization in solids, thermoelectricity has emerged as a very sensitive, even if poorl
