Interference-based universal decoupling and swapping
ORAL
Abstract
Hybrid quantum devices and networks require quantum control of bosonic modes associated with different bosonic platforms. Due to couplings with other modes, even elementary operations like beam splitters might not be immediately available. In this work, we present a universal interference-based scheme for converting multi-mode Gaussian interactions into decoupling or swapping operation of arbitrary selected modes. The scheme only requires multiple uses of the same multi-mode Gaussian interaction interleaved with single-mode Gaussian operations, which can be implemented experimentally. Since the theory is derived from fundamental physical laws, it is applicable to various bosonic physical platforms.
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Presenters
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Mengzhen Zhang
University of Chicago, Department of Molecular Engineering, The University of Chicago
Authors
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Mengzhen Zhang
University of Chicago, Department of Molecular Engineering, The University of Chicago
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Shoumik Chowdhury
Rigetti Computing, Rigetti Quantum Computing, Yale University
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Liang Jiang
University of Chicago, Department of Molecular Engineering, The University of Chicago, Pritzker School of Molecular Engineering, University of Chicago, Yale University, Pritzker school of molecular engineering, The University of Chicago