QUANTUM OPTICS

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Results

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

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

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

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

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

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.