All about QFL

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...