News

Have TLFs (two-level fluctuators) in your qubits? Want to take charge and get rid of noise from them? Check out our newest preprint, where we show how to stabilize your…

Thank you, Xinxin, for spending time with the Nichol Group as a postdoc! We were glad to get to know you and work with you. We wish you the best…

Together with the Blok Group at Rochester, we have posted a new preprint on magnetic-field tolerant high-impedance resonators. We fabricated and measured Niobium superconducting spiral resonators, which achieve high impedance…

Welcome to our summer students Austin Chin, Declan Walden, and Aiden Karpf! We are looking forward to doing research with you this summer.

We have posted a new preprint on observing the nuclear spin dark state in silicon quantum dots. The nuclear spin dark state has long been predicted to occur during dynamic…

Our collaboration with the  Barnes group at Virginia Tech continues. We have posted another preprint on dynamically corrected quantum gates in spin qubits. Dynamically corrected gates are designed to cancel…

In collaboration with the Barnes group at Virginia Tech, we have posted a new preprint about using ballast charges to reduce noise in silicon quantum dots. Our idea is to…

Welcome to our new website! Feel free to have a look around.

Congratulations to Bingcheng Suo, Eric Li, Jiaxin Wang, and Dr. Yadav P. Kandel! We wish you the best, and we will miss you!

Our work with the Renninger Group in The Institute of Optics on optomechanical coupling with surface acoustic waves was published in Nature Communications!

T4 Quantum Computing PlatformsA46.00006 Characterization of individual charge fluctuators in Si/SiGe quantum dots – Part IA46.00007 Characterization of individual charge fluctuators in Si/SiGe quantum dots – Part II

Check out our new preprint on characterizing individual sources of electrical noise in Si/SiGe spin qubits!