Hybrid Quantum Systems Group

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Welcome!

In the Hybrid Quantum Systems Group, we are developing new ways to connect different types of quantum objects together and transduce quantum information between microwave circuits, sound, light, and spins. We are exploring interesting physical phenomena that can arise when these very different systems interact. By combining their unique properties, we can also build more powerful hybrid quantum technologies.

News

Preprint on niobium thin film structures

Take a look at our work on investigating losses in superconducting circuits.

Our work on engineering multimode interactions is published in Nature Physics

Take a look at our results on engineering two- and three-mode beam-splitter operations for phonons.

Paper on squeezing a nonlinear oscillator on the arXiv

Check out our paper on squeezing a mechanical resonator with tuneable nonlinearity https://arxiv.org/abs/2312.16169

Quasiparticle paper on the arXiv

Check out our recent results on studying the quasiparticle dynamics resulting from shining an infrared laser on a superconducting qubit https://arxiv.org/abs/2312.05892

Brillouin optomechanics in the quantum ground state is published

Take a look at our recent results in Physical Review Research. 

Open positions

The Hybrid Quantum Systems Group is committed to promoting diversity in physics and quantum science. We encourage students and researchers from underrepresented groups to apply!

See our open positions page here.

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