Universal logic with encoded spin qubits in silicon
Weinstein, Aaron J, Reed, Matthew D, Jones, Aaron M, Andrews, Reed W, Barnes, David, Blumoff, Jacob Z, Euliss, Larken E, Eng, Kevin, Fong, Bryan H, Ha, Sieu D, Hulbert, Daniel R, Jackson, Clayton A C, Jura, Michael, Keating, Tyler E, Kerckhoff, Joseph, Kiselev, Andrey A, Matten, Justine, Sabbir, Golam, Smith, Aaron, Wright, Jeffrey, Rakher, Matthew T, Ladd, Thaddeus D, Borselli, Matthew G
Published in Nature (London) (30.03.2023)
Published in Nature (London) (30.03.2023)
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Journal Article
A Flexible Design Platform for Si/SiGe Exchange-Only Qubits with Low Disorder
Ha, Wonill, Ha, Sieu D, Choi, Maxwell D, Tang, Yan, Schmitz, Adele E, Levendorf, Mark P, Lee, Kangmu, Chappell, James M, Adams, Tower S, Hulbert, Daniel R, Acuna, Edwin, Noah, Ramsey S, Matten, Justine W, Jura, Michael P, Wright, Jeffrey A, Rakher, Matthew T, Borselli, Matthew G
Published in Nano letters (09.02.2022)
Published in Nano letters (09.02.2022)
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Journal Article
Universal logic with encoded spin qubits in silicon
Weinstein, Aaron J, Reed, Matthew D, Jones, Aaron M, Andrews, Reed W, Barnes, David, Blumoff, Jacob Z, Euliss, Larken E, Eng, Kevin, Fong, Bryan, Ha, Sieu D, Hulbert, Daniel R, Jackson, Clayton, Jura, Michael, Keating, Tyler E, Kerckhoff, Joseph, Kiselev, Andrey A, Matten, Justine, Golam Sabbir, Smith, Aaron, Wright, Jeffrey, Rakher, Matthew T, Ladd, Thaddeus D, Borselli, Matthew G
Published in arXiv.org (08.02.2022)
Published in arXiv.org (08.02.2022)
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Paper
Journal Article
A flexible design platform for Si/SiGe exchange-only qubits with low disorder
Ha, Wonill, Ha, Sieu D, Choi, Maxwell D, Tang, Yan, Schmitz, Adele E, Levendorf, Mark P, Lee, Kangmu, Chappell, James M, Adams, Tower S, Hulbert, Daniel R, Acuna, Edwin, Noah, Ramsey S, Matten, Justine W, Jura, Michael P, Wright, Jeffrey A, Rakher, Matthew T, Borselli, Matthew G
Published in arXiv.org (22.07.2021)
Published in arXiv.org (22.07.2021)
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Journal Article