We are excited to share our new paper, “Universal Jaynes–Cummings Control of an Oscillator,” now available on arXiv. Led by Jordan Huang, this work develops and experimentally demonstrates universal oscillator … Read More
Jordan’s paper on Fast sideband control of a weakly coupled multimode cavity memory has been published in Phys. Rev. X! Check out the associated APS Synopsis article as well.
Check out our talks at APS march meeting 2026 C06:00006, Shivam Patel, Realizing measurement-induced phase transitions in multimode circuit QED systems C08:00012, Ethan Kasaba, Simulating the Morse potential with a … Read More
Congrats Shiv for winning the NSF GRFP!
Congratulations to Ethan Kasaba on being named a recipient of the Henry Rutgers Scholar Award! This award recognizes Ethan’s exceptional independent research and undergraduate thesis work. Well done, Ethan!
Congratulations to Jordan Huang on being awarded the Nokia Bell Labs Scholarship for 2025!
Eesh Gupta, ’23, has been awarded the prestigious National Science Foundation Graduate Fellowship! This award honors research excellence in young scholars. Eesh will be conducting his graduate research at Stanford … Read More
Our new Bluefors dilution refrigerator reaches 7.5 mK! Many thanks to the entire team and Nurul Huda from Bluefors for all the great work!
Our paper on multimode photon blockade with Kevin He, David Schuster, Liang Jiang, Wenlong Ma, and other members of the Schuster group is out in Nature Physics! We use photon … Read More
In this paper, we demonstrate a general technique for building superconducting cavities without loss from joints and seams, achieving coherences determined only by intrinsic material properties. The technique, dubbed the … Read More