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HIGHLIGHTs

Squeezed light from a nanophotonic molecule
...this corresponds to ~8(1) dB of squeezing available at the device output on-chip.

QUANTUM OPTICS

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  • Results

    New York Office
    Topological photonics

    We show that it is possible to generate photons that are hyper-entangled in energy and path in a system exhbiting photonic topological protection. This result will soon appear in Optics Letters.

  • Results

    New York Office
    Let's squeeze!

    In collaboration with Xanadu Quantum Technologies Inc., we demonstrated the largest amount of squeezing yet reported from a nanophotonic source. This result is now avalable in Nature Communication.

  • Results

    New York Office
    The magic of silk

    In collaboration with Fiorenzo Omenetto, we studied silk programmable photonics to generate optomechanical actuators. These results have been published in Nature Communication

  • Events

    New York Office
    CLEO 2021

    This year CLEO will be in an all-virtual format, 9 – 14 May 2021. We will be there with several contributions on nonlinear quantum integrated optics, see you online!

  • Openings

    New York Office
    Join our team!

    We show that it is possible to generate photons that are hyper-entangled in energy and path in a system exhbiting photonic topological protection. This result will soon appear in Optics Letters.

  • Events

    New York Office
    BQIT 2021

    We show that it is possible to generate photons that are hyper-entangled in energy and path in a system exhbiting photonic topological protection. This result will soon appear in Optics Letters.

Contact

Office 2-60

Department of Physics
University of Pavia
Via Bassi, 6
27100 Pavia, Italy
 
Phone +39 0382 987680 
E-mail marco.liscidini@unipv.it