Model-based frequency optimization for frequency-tunable superconducting processors

<正>Over the past twenty years, superconducting quantum computation has become one of the most promising candidates leading to fault-tolerant quantum computers. This is largely due to the huge experimental progress on improving coherence time, qubit number, and control accuracy on recent superconducting processors. In particular, frequency-tunable two-dimensional architecture and well-established device fabrication processes allow us to scale up the system size of superconducting processors while maintaining the quality of each qubit.