Liang Jiang (University of Chicago)

Abstract: To effectively suppress practical imperfections, we aim to design quantum error correction schemes that can effectively suppress dominant errors and enhance performance for specific hardware. In this talk, I will discuss the design of quantum error correcting codes that can optimally suppress practically-relevant errors. Additionally, I will provide examples of custom-designed quantum error correction schemes that can be applied in quantum computing, communication, simulation, and sensing applications.

Research interests: Quantum optics, AMO physics, condensed matter physics, quantum control, quantum error correction