4 April 2023 Tue 4 pm

Recent advances of quantum information processors have opened up new horizons in science and technology. Many emerging quantum architectures have fixed spectra to achieve high coherence, but as a result, the types of controllable interactions are limited. Endowing these promising platforms with the same interaction toolbox available to frequency-tunable devices will significantly extend their capabilities and performance. In this talk, I present Hamiltonian engineering methods to overcome some challenges of fixed-frequency superconducting devices.

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