Recent results on manufacturing spin and superconducting qubits in advanced 300 mm fabrication environments
ORAL
Abstract
We will comment on the challenges and benefits of moving such qubits to a 300 mm fab environment, and the challenges and opportunities offered with respect to upscaling of the technology.
* This work is supported, in part, by the imec Industrial Affiliation Program on Quantum Computing. We acknowledge support from the ECSEL Joint Undertaking MatQu project under grant agreement No 101007322.This project has also received funding from the European Union’s Horizon 2020 research and innovation programme QLSI project under grant agreement No 951852.
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Publication: Verjauw, J. et al, npj Quantum 8, 93 (2022)
Van Damme, J. et al., Phys. Rev. Applied 20, 014034 (2023)
Elsayed, A. et al, arXiv:2212.06464 (2022)
Shehata M. et al., PRB 108, 045305 (2023)
Presenters
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Kristiaan De Greve
IMEC
Authors
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Kristiaan De Greve
IMEC
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Yann Canvel
IMEC, imec
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Imri Fattal
imec
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Clement Godfrin
IMEC
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Alexander Grill
imec
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Stefan Kubicek
imec, IMEC
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Julien Jussot
IMEC, imec
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Tsvetan Ivanov
imec, IMEC
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Ryan Leong
imec, KU Leuven
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Roy Li
IMEC, imec
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Shana Massar
IMEC, imec
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Massimo Mongillo
IMEC, imec
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Daniel Perez Lozano
imec
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Antoine Pacco
imec
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Anton Potocnik
IMEC, imec
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Bart Raes
imec, IMEC
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George Simion
IMEC, imec
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A. M. Vadiraj
imec, IMEC
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Jacques Van Damme
KU Leuven
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Danny Wan
IMEC, imec