We have achieved coherent control of the SU(10) spin, with the implementation of adiabatic transfer between selected spin states in the degenerate gas. This puts us one step closer to exploring the emergence of correlations in our system, following the ideas developed in our collaboration with T. Roscilde and his team.
Welcome to Benjamin Pasquiou, new permanent member of the group!
Welcome to Husain Ahmed, joining us for a PhD on the strontium apparatus!
Welcome to Grégoire Coget, research engineer, taking on the challenge of the design and construction of this machine!
Congratulations to Lucas Gabardos that just completed his PhD!
First experimental results using the degenerate Fermi gas! We used spin-orbit coupling to selectively manipulate and probe up to four selected spin states at once. We also present our new quantum gas machine setup, down to T/Tf ~ 0.2. Check it out here!
We propose to realize a novel quantum simulator made of magnetic atoms in periodic potentials, which will enable the investigation of quantum-many body problems associated with long-range dipole-dipole interactions.
We concluded a great collaborative work with Marc Cheneau and his team, at Laboratoire Charles Fabry, on a new spectroscopy scheme for the intercombination line for strontium. For a large spectroscopy signal and a low complexity, look here.
Welcome to Andrea Litvinov, for his PhD on the strontium apparatus!
Fermionic degeneracy reached! We now produce 10-component spinor Fermi gases of strontium 87, around half the Fermi temperature.
