We are looking for applicants who either hold or expect to obtain a Master’s degree in physics or a related field and have a strong interest in atomic physics, photonics, quantum optics, and quantum technology. Join our world-class research environment to explore quantum sciences with ultracold matter.

On October 30th-31st, we held the second Florence-Innsbruck joint meeting at the INO-CNR headquarters in Arcetri with the research groups on Ultracold Atoms from IQOQI and the University of Innsbruck. It was a great opportunity for the young researchers to discuss recent scientific advancements in a friendly atmosphere, surrounded by the beautiful setting of Arcetri. Many thanks to Giulia, Francesca, and Giacomo for the organization! See you in Innsbruck next year!

On 17th-19th April we were in Innsbruck for a joint meeting with the research groups on Ultracold Atoms at IQOQI and University of Innsbruck. Great to be there discussing ultracold physics with old friends of ours and so many young researchers!

Many thanks for the perfect organization and warm hospitality in Innsbruck. See you in Florence next year!

A scientific workshop to discuss the most recent advancements in the context of ultracold atom physics and related fields. Experimental and theoretical groups from Palaiseau (France) and Florence (Italy) research areas will present their activities and discuss collaborations in topics ranging from metrology and entanglement to quantum transport and simulation.

The scientific program and all the information for attendance can be found on the workshop website
quantumgases.lens.unifi.it/paf

It is a great privilege for us to welcome Nigel Cooper, Professor in Theoretical Physics of University of Cambridge. Prof. Cooper will honour us with his presence for one year as a Visiting Professor of the Department of Physics and Astronomy of the University of Florence.
The research interests of Prof. Cooper are focused on the nature and properties of the novel phases of matter that can emerge as a result of quantum mechanical effects in interacting many-particle systems. In particular, he is a world leader in the investigation of the role of topology in the collective properties of ultra-cold atomic gases and of the electronic properties of novel solid state materials. He was awarded the 2007 Maxwell Medal and Prize by the Institute of Physics, a Humboldt Research Award (2013), an EPSRC Established Career Fellowship (2013), a Simons Investigator Award (2017) and the 2019 Lord Rayleigh Prize of the IOP.