[MEET1-2(Invited)] Quantum Technology Using Modern Materials Engineering to Create Better Qubit With Lower Error Rates | Proceedings of the International Display Workshops Volume 31 (IDW '24)

Proceedings of the International Display Workshops Volume 31 (IDW '24)

Dec 4 - Dec 6, 2024Sapporo Convention Center

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Proceedings of the International Display Workshops Volume 31 (IDW '24)

Dec 4 - Dec 6, 2024Sapporo Convention Center

[MEET1-2(Invited)]Quantum Technology Using Modern Materials Engineering to Create Better Qubit With Lower Error Rates

*Robert Jan Visser^1,2, Ruoyu Li¹, Zihao Yang¹, Jake Rochman¹, Leslie Du¹, Haoxiong Yang¹, Nag Patibandla¹, Mingwei Zhu¹, Matthew Guibord¹(1. Applied Materials (United States of America), 2. Materials Research Society (United States of America))

https://doi.org/10.36463/idw.2024.1077

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Keywords:

Quantum Computing,Materials engineering,Superconducting Qubits

Quantum technology promises to be a new paradigm for important fields including computation, communication and metrology. Materials engineering of quantum devices is critical to achieve high fidelity performance. This paper describes how integrated cluster tools can enable high quality interfaces for superconducting quantum devices.

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