We study SPDC in cavities resonant either with a single generated photon or doubly resonant with one photon and the pump field, highlighting potential applications for efficient coupling with quantum memories. This work is now available in Phys. Rev. A.

On Dec 7th, I'll speak about squeezed light and quantum technologies at the Seminar Quantech 2023/2024 for the Quantum Devices master's program at Université de Paris. More details here.

Our review article focusing on sources, manipulation schemes, and detection approaches for frequency-bin in quantum information got accepted in Optica! Stay tuned for the upcoming publication.

Excited to share that I'll be visiting the Department of Physics of UofT! Join me for a seminar on November 17, 2023, where I'll discuss the generation of high-dimensional states and how to characterize them. Details can be found here.

Welcome to Michael Sloan, phd candidate of the University of Toronto. Until the end of this year, he will be working in our group as visiting student on modeling the generation of squeezed light in integrated devices.

On Thursday, October 5, I will be giving a lecture entitled "Squeezing light out of an integrated device" at the Quantum Technology School Erice. See you there! 

We study the role of topological singularities like Bound States in a Continuum or Circularly Polarized States in determining the ellipticity of the far-field polarization in dielectric metasurfaces. These results are now available in Optics Letters 

We are proud to announce that the new website of the National Quantum Science and Technology Insititute is online. Check this out!

Join us for the Photonics course starting on Monday, October 9th, at 2 PM in Room 326, Department of Physics, University of Pavia. Illuminate your knowledge! 🌟

I'll give an invited talk at CMD30 FisMat in Milan on Thursday, September 7th. Join me for an engaging discussion on integrated photonic quantum technologies. 

Our results on the generation of frequency-bin-gntangled qudits in a reconfigurable silicon photonic chip is now available in Phys Rev Applied.

Our work on nonlinear quantum photonics in the high-gain regime is among the most viewed tutorials, reviews, and research articles on nonlinear optics recently published in Advances in Optics and Photonics and Optics Letters