Open Postdoc Position in Quantum Information Science with Superconducting Circuits
Help us advancing our capabilities on quantum information processing of superconducting bosonic modes. Our group recently demonstrated the preparation, manipulation, and tomography of a logical qubit encoded in a highly coherent bosonic mode. Now we plan to exploit the high dimensionality of the bosonic mode Hilbert space to both investigate quantum error correction protocols as well as scaling up to multiple cavities to demonstrate a verifiable quantum speed up advantage. Although our group’s initiative is focused on bosonic modes, the designs, workflows, fabrication processes, measurement procedures are closely related to that of traditional qubits. Hence, we work in close collaboration with the core effort within the WACQT center to build a large-scale quantum computer.
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