High Coherence Qubit packaging
ORAL
Abstract
Development of sockets and associated interconnects for multi-qubit chips is presented. Considerations include thermalization, RF hygiene, non-magnetic environment, and self-alignment of the chips to allow for rapid testing, scalable integration, and high coherence operation. The sockets include wirebond free, vertical~ take-off launches with pogopins. This allows for high interconnectivity to non-trivial topology of qubits. Furthermore, vertical grounding is accomplished to reduce chip modes and suppress box modes. Low energy loss and high phase coherence is observed using this paradigm.
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Authors
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David P. Pappas
NIST - Boulder
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Xian Wu
National Institute of Standards and Technology, NIST, NIST - Boulder
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Salvatore B. Olivadese
IBM
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V. P. Adiga
IBM
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Jared B. Hertzberg
IBM TJ Watson Research Center, IBM
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Nicholas T. Bronn
IBM T J Watson Research Center, IBM T J Watson Res Ctr, IBM
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Jerry M. Chow
IBM