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Thomas Alexander
Thomas Alexander
IBM Quantum
Verified email at ibm.com
Title
Cited by
Cited by
Year
Qiskit: An open-source framework for quantum computing
G Aleksandrowicz, T Alexander, P Barkoutsos, L Bello, Y Ben-Haim, ...
Accessed on: Mar 16, 61, 2019
960*2019
Qiskit pulse: programming quantum computers through the cloud with pulses
T Alexander, N Kanazawa, DJ Egger, L Capelluto, CJ Wood, ...
Quantum Science and Technology 5 (4), 044006, 2020
1722020
Qiskit backend specifications for openqasm and openpulse experiments
DC McKay, T Alexander, L Bello, MJ Biercuk, L Bishop, J Chen, JM Chow, ...
arXiv preprint arXiv:1809.03452, 2018
1392018
OpenQASM 3: A broader and deeper quantum assembly language
A Cross, A Javadi-Abhari, T Alexander, N De Beaudrap, LS Bishop, ...
ACM Transactions on Quantum Computing 3 (3), 1-50, 2022
1282022
QInfer: Statistical inference software for quantum applications
C Granade, C Ferrie, I Hincks, S Casagrande, T Alexander, J Gross, ...
Quantum 1, 5, 2017
512017
Qiskit: An open-source framework for quantum computing (2021)
MDS Anis, H Abraham, RA AduOffei, G Agliardi, M Aharoni, IY Akhalwaya, ...
SUPPLEMENTARY INFORMATION I. ALGORITHMS II. A RELAXATION BOUND (| E| 2+ 1 9 …, 2021
452021
Encoding a magic state with beyond break-even fidelity
RS Gupta, N Sundaresan, T Alexander, CJ Wood, ST Merkel, MB Healy, ...
Nature 625 (7994), 259-263, 2024
172024
Programming physical quantum systems with pulse-level control
KN Smith, GS Ravi, T Alexander, NT Bronn, ARR Carvalho, ...
Frontiers in Physics 10, 900099, 2022
82022
Hamiltonian learning with online Bayesian experiment design in practice
I Hincks, T Alexander, M Kononenko, B Soloway, DG Cory
arXiv preprint arXiv:1806.02427, 2018
82018
OpenPulse: Software for Experimental Physicists in Quantum Computing
L Capelluto, T Alexander
Bulletin of the American Physical Society 65, 2020
52020
Summary: Chicago Quantum Exchange (CQE) Pulse-level Quantum Control Workshop
KN Smith, GS Ravi, T Alexander, NT Bronn, A Carvalho, A Cervera-Lierta, ...
arXiv preprint arXiv:2202.13600, 2022
42022
Visualizing arbitrary pulse shapes and schedules in quantum computing applications
P Nation, N Kanazawa, TA Alexander
US Patent 10,536,224, 2020
42020
NMR study of optically hyperpolarized phosphorus donor nuclei in silicon
P Gumann, H Haas, S Sheldon, L Zhu, R Deshpande, T Alexander, ...
Physical Review B 98 (18), 180405, 2018
32018
Representing the operation of a quantum computing device over time
P Nation, N Kanazawa, TA Alexander
US Patent 11,704,455, 2023
12023
Quantum state measurement logic facilitating a quantum state measurement backend process
JJ Ruedinger, TA Alexander, DC McKay
US Patent App. 17/018,480, 2022
12022
Mapping conditional execution logic to quantum computing resources
JJ Ruedinger, TA Alexander, DC McKay
US Patent App. 17/018,507, 2022
12022
Visualizing arbitrary pulse shapes and schedules in quantum computing applications
P Nation, N Kanazawa, TA Alexander
US Patent 10,790,912, 2020
12020
Centralized control of execution of quantum program
S Willenborg, A Wack, T Alexander, JJ Ruedinger, B Johnson, ...
US Patent 11,740,901, 2023
2023
Above Bandgap Hyperpolarization Mechanism in Isotopically Purified Silicon and Optimal Bayesian Experiment Design for Estimation
T Alexander
University of Waterloo, 2018
2018
Optical Hyperpolarization of Phosphorus Donor Nuclei and Bound Exciton Capture Rates in Isotopically Purified Silicon
H Haas, R Deshpande, T Alexander, D Cory
APS March Meeting Abstracts 2018, R21. 008, 2018
2018
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