All about QFL

Join us for a ✨ FREE ✨ beer and aperitivo on Friday, 11th of October, 19:30 at the Crocevia Centro Multiculturale. We have planned an awesome night for you where we'r...

Ivan Gnusov got his PhD from the Skolkovo Institute of Science and Technology, where he studied the spin and vorticity properties of exciton-polariton condensates. His scientific interests include ...

Paolo Comaron joined the group as a fixed-term researcher. Paolo was previously working at the UCL theory group on GPE numerical simulations in polaritonic system...

Deborah joined us as a postdoc after completing her PhD in the Quantum matter group at the University of Innsbruck. She will be working on setting up a new e...

Nicolas Cherroret from Laboratoire Kastler Brossel in Paris is visiting us to talk about his most recent results on out-of-equilibr...

Dr. Riccardo Panico, after successfully defending his thesis cum laude is moving to the University of Bonn to work on Bose-Einstein condensates ...

Ioannis is a PhD student at ETH and IBM and will spend a couple of months with us working on an all-optical implementation of topological lattice ...

Johannes Bürger is a soon-to-graduate PhD student at the Chair in Hybrid Nanosystems of Prof. Stefan A. Maier (LMU Munich). He is working on a variety of topics involving 3D-nanoprinting, hollow-co...

Grazia is an Academy Research Fellow from Aalto University, Finland, previously a Marie-Curie Fellow in the group of Päivi Törmä. Her interests ...

Researchers from Cnr-Nanotec in Lecce have demonstrated in a work published on Nature that a photon beam can drift laterally from its trajectory due to the topological curvature of its energy band,...

Cnr-Nanotec researchers have demonstrated that it is possible to create a Josephson junction in quantum superfluids of polaritons. Analogously to what happens between superconductors separated by a...

A pair of quantized vortices within a fluid of light and matter can evolve along trajectories analogous to the interaction of two point-like scattering particles. This was demonstrated by the exper...

Polaritons are quasi-particles that originate from the coupling of light with matter and that demonstrate quantum phenomena at the many-particle mesoscopic level, such as Bose-Einstein condensation...

Research conducted by researchers at the CNR Institute of Nanotechnology reveals the spontaneous formation of topological order in a photonic system. In practice, the interactions are able to spont...

Scientists have known for centuries that light is composed of waves. The fact that light can also behave as a liquid, rippling and spiraling around obstacles like the current of a river, is a much ...

Can photons in vacuum interact? The answer is not, since the vacuum is a linear medium where electromagnetic excitations and waves simply sum up, crossing themselves with no interaction. There exis...

A laser pulse is like a drop of colored light that propagates undisturbed in a vacuum. Instead, when a drop of photons enters an optical microcavity designed to trap it and make it resonate with th...

A new type of polarized light in a study by CNR researchers. It is the one with variable polarization over the pulse time, proposed again on an experimental basis by a study by the Institute of Nan...