Multilayer Microwave Integrated Quantum Circuits: Part 2
ORAL
Abstract
Superconducting quantum circuits provide a promising platform for quantum information processing. Resonant modes found in superconducting enclosures can be engineered to offer superior coherence and a better electromagnetic environment than their planar analogues. Here, we will discuss the Multilayer Microwave Integrated Quantum Circuit (MMIQC). A crucial component of the MMIQC is the realization of a high quality superconducting enclosure. The ability to make such a component necessitates the production of a high quality superconducting seam. In this talk, we will present an indium bump-bonding approach to produce superconducting seams with RF conductance exceeding 10^10/Ohm/m.
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Presenters
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Lev Krayzman
Yale University, Applied Physics, Yale University
Authors
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Lev Krayzman
Yale University, Applied Physics, Yale University
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Chan U Lei
Yale University, Applied Physics, Yale University
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Suhas Ganjam
Yale University, Applied Physics, Yale University
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Luigi Frunzio
Applied Physics Department, Yale University, Yale University, Applied Physics, Yale University, Department of Applied Physics and Physics, Yale University
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Robert J Schoelkopf
Yale University, Applied Physics, Yale University, Department of Applied Physics and Physics, Yale University