Search Results - "Przybysz, Anthony J."

Architectural Considerations in the Design of a Superconducting Quantum Annealing Processor by Bunyk, P. I., Hoskinson, Emile M., Johnson, Mark W., Tolkacheva, Elena, Altomare, Fabio, Berkley, Andrew J., Harris, Richard, Hilton, Jeremy P., Lanting, Trevor, Przybysz, Anthony J., Whittaker, Jed

“…We have developed a quantum annealing processor, based on an array of tunable coupled rf-SQUID flux qubits, fabricated in a superconducting integrated circuit…”
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Fast, Lifetime-Preserving Readout for High-Coherence Quantum Annealers by Grover, Jeffrey A., Basham, James I., Marakov, Alexander, Disseler, Steven M., Hinkey, Robert T., Khalil, Moe, Stegen, Zachary A., Chamberlin, Thomas, DeGottardi, Wade, Clarke, David J., Medford, James R., Strand, Joel D., Stoutimore, Micah J. A., Novikov, Sergey, Ferguson, David G., Lidar, Daniel, Zick, Kenneth M., Przybysz, Anthony J.

“…We demonstrate, for the first time, that a quantum flux parametron (QFP) is capable of acting as both isolator and amplifier in the readout circuit of a…”
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Identifying Sources of Decoherence in a dc SQUID Phase Qubit With a Sub-μm Junction and Interdigitated Capacitor by PRZYBYSZ, Anthony J, KWON, H, BUDOYO, R, COOPER, B. K, CROWE, E, DRAGT, A. J, ANDERSON, J. R, LOBB, C. J, WELLSTOOD, F. C

“…We fabricated a dc SQUID phase qubit with a sub- mu m Al / AlO x / Al qubit junction and an interdigitated shunting capacitor on a sapphire substrate. The…”
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A 10 gigabit-per-second data collection system for analog to digital converters by Lavoie, C., Przybysz, A.J., Pesetski, A.A., Miller, D.L.

“…A high speed data collection system is designed and built to allow testing of digital devices running at 10 gigabits per second. The system uses commercially…”
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Fast, Lifetime-Preserving Readout for High-Coherence Quantum Annealers by Grover, Jeffrey A., Basham, James I., Marakov, Alexander, Disseler, Steven M., Hinkey, Robert T., Khalil, Moe, Stegen, Zachary A., Chamberlin, Thomas, DeGottardi, Wade, Clarke, David J., Medford, James R., Strand, Joel D., Stoutimore, Micah J. A., Novikov, Sergey, Ferguson, David G., Lidar, Daniel, Zick, Kenneth M., Przybysz, Anthony J.

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Architectural Considerations in the Design of a Superconducting Quantum Annealing Processor : 2013 INTERNATIONAL SUPERCONDUCTIVE ELECTRONICS CONFERENCE (ISEC) by BUNYK, Paul I, HOSKINSON, Emile M, WHITTAKER, Jed, JOHNSON, Mark W, TOLKACHEVA, Elena, ALTOMARE, Fabio, BERKLEY, Andrew J, HARRIS, Richard, HILTON, Jeremy P, LANTING, Trevor, PRZYBYSZ, Anthony J

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Identifying Sources of Decoherence in a dc SQUID Phase Qubit With a Sub-[Formula Omitted] Junction and Interdigitated Capacitor by Przybysz, Anthony J, Kwon, H, Budoyo, R, Cooper, B. K, Crowe, E, Dragt, A. J, Anderson, J. R, Lobb, C. J, Wellstood, F. C

“…We fabricated a dc SQUID phase qubit with a sub-[Formula Omitted] [Formula Omitted] qubit junction and an interdigitated shunting capacitor on a sapphire…”
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Identifying Sources of Decoherence in a dc SQUID Phase Qubit With a Sub- \mu Junction and Interdigitated Capacitor by Przybysz, A J, Kwon, H, Budoyo, R, Cooper, B K, Crowe, E, Dragt, A J, Anderson, J R, Lobb, C J, Wellstood, F C

“…We fabricated a dc SQUID phase qubit with a sub- μm Al/AlO x /Al qubit junction and an interdigitated shunting capacitor on a sapphire substrate. The qubit…”
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Reducing decoherence in dc SQUID phase qubits by Przybysz, Anthony J

“…This thesis examines sources of dissipation and dephasing in a dc SQUID phase qubit. Coupling of the qubit to the bias lines and lossy dielectrics causes the…”
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Fast, Lifetime-Preserving Readout for High-Coherence Quantum Annealers by Grover, Jeffrey A, Basham, James I, Marakov, Alexander, Disseler, Steven M, Hinkey, Robert T, Khalil, Moe, Stegen, Zachary A, Chamberlin, Thomas, DeGottardi, Wade, Clarke, David J, Medford, James R, Strand, Joel D, Stoutimore, Micah J. A, Novikov, Sergey, Ferguson, David G, Lidar, Daniel, Zick, Kenneth M, Przybysz, Anthony J

“…PRX Quantum 1, 020314 (2020) We demonstrate, for the first time, that a quantum flux parametron (QFP) is capable of acting as both isolator and amplifier in…”
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