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Title: "Quantum Information Processing with Chiral Parametric Interactions"
Abstract: Harnessing parametric interactions is emerging as a new paradigm in quantum information processing platforms, with applications ranging from high-efficiency readout to implementation of fast qubit gates. In this talk, I will focus on how rendering these interactions chiral leads to new functionality and qualitatively new physics. I will first describe the use of parametrically-induced chirality for in-situ routing and directional amplification of quantum signals. I will then discuss the connection of such chirality with dissipation engineering, and how it may be used to realize novel dynamics in open quantum systems.
Events are free and open to the public unless otherwise noted.