David Cory

David Cory and his research team explore the experimental challenges of building small quantum processors. This is a diverse work place with researchers from engineering, science, and math working together. Our quantum processors are based on nuclear spins, electron spins, neutrons, persistent current superconducting devices and optics. Most experiments involve the use of hybrid systems composed of several types of quantum bits in an effort to push overall performance. A common theme in our studies is to engineer efficient, high fidelity, coherent control of open quantum systems.

• Quantum computing
• Spin-based quantum information processors
• Magnetic resonance and its applications
• Neutron interferometry
• Disease detection and modeling
• Quantum complexity
• Quantum materials
• Quantum science
• Quantum electronics
• Quantum information processing
• Quantum simulation
• Quantum communication
• Smart and functional materials
• Satellite Payload Development

• 1987, PhD, Physical Chemistry, Case Western Reserve University, USA
• 1981, BA, Chemistry, Case Western Reserve University, USA

• 2015, Fellow, The Royal Society of Canada
• 2015, Fellow, American Physical Society
• 2014, Outstanding Performance Award, University of Waterloo
• 2010-2017, Canadian Excellence Research Chair Laureate in Quantum Information Processing
• 2010, Slichter Lecture, University of Illinois, Urbana
• 2002, MIT, Spira teaching award
• 1998, Schlumberger Fellowship from the Schlumberger Foundation
• 1991, 1993, Berman Award for best paper in applied chemistry from the Naval Research Laboratory
• 1993-1998, National Science Foundation, Young Investigator Award
• 1988-1990, National Research Council/Naval Research Laboratory Fellowship

• Deputy Director of Research, Institute for Quantum Computing
• Principal Investigator, Canada First Excellence Research Fund (CFREF) in Transformative Quantum Technologies
• 2012-present, Member, Scientific Advisory Board, Brockhouse Institute, McMaster University
• 2012-present, Member, Scientific Advisory Board, Shanghai Center for Complex Physics
• 2012-present, Chair, Scientific Advisory Board, Quantum Valley Investment Fund
• 2008-present, Chair, Advisory Board of the Canadian Institute of Advanced Research’s Program in Quantum Information Processing

• Cross-appointed, Department of Physics and Astronomy, Department of Applied Math, and Department of Electrical and Computer Engineering
• Associate Faculty, Perimeter Institute for Theoretical Physics

• View all David Cory's publications on Google Scholar.
• Anisotropic planar Hall effect in the type-II topological Weyl semimetal WTe2, Peng Li, Chenhui Zhang, Yan Wen, Long Cheng, George Nichols, David G Cory, Guo-Xing Miao, Xi-Xiang Zhang - Physical Review B, 2019.
• Mesoscopic Spin Systems as Quantum Entanglers, MS Mirkamali, DG Cory - arXiv preprint arXiv:1910.11326, 2019.
• Coherence optimization in neutron interferometry through defocusing, J Nsofini, D Sarenac, DG Cory, DA Pushin - Physical Review A, 2019.
• Evolution of interlayer and intralayer magnetism in three atomically thin chromium trihalides, Hyun Ho Kim, Bowen Yang, Siwen Li, Shengwei Jiang, Chenhao Jin, Zui Tao, George Nichols, Francois Sfigakis, Shazhou Zhong, Chenghe Li, Shangjie Tian, David G Cory, Guo-Xing Miao, Jie Shan, Kin Fai Mak, Hechang Lei, Kai Sun, Liuyan Zhao, Adam W Tsen - Proceedings of the National Academy of Sciences, 2019.
• Magnetic hysteresis of a superconducting microstrip resonator with a high edge barrier, S Kwon, YC Tang, HR Mohebbi, DG Cory, GX Miao, 2018, arXiv preprint arXiv:1812.03227.
• NMR study of optically hyperpolarized phosphorus donor nuclei in silicon, P Gumann, H Haas, S Sheldon, L Zhu, R Deshpande, T Alexander, MLW Thewalt, DG Cory, C Ramanathan, 2018, Physical Review B 98, 180405.
• Generation of a lattice of spin-orbit beams via coherent averaging, D Sarenac, DG Cory, J Nsofini, I Hincks, P Miguel, M Arif, Charles W Clark, MG Huber, DA Pushin, 2018, Physical review letters 121, 183602.
• Observation of Higgs boson decay to bottom quarks, AM Sirunyan, et al., 2018, Physical review letters 121 (12), 121801.

• Efficient spin polarization, T Borneman, DG Cory, CJ Wood - US Patent 10,371,767, 2019.
• Spin-orbit states of neutron wave packets, DG Cory, J Nsofini, D Sarenac, DA Pushin - US Patent App. 15/277,190, 2019.
• Transferring spin polarization, G Teklemariam, DG Cory - US Patent 10,197,643, 2019.
• Using a cavity to polarize a spin ensemble, T Borneman, DG Cory, CJ Wood - US Patent App. 10/197,641, 2019.
• Using a thermally-isolated cavity to polarize a spin ensemble, G Teklemariam, DG Cory - US Patent 10,197,642, 2019.
• Polarizing a spin ensemble for magnetic resonance imaging, G Teklemariam, DG Cory - US Patent App. 10/184,994, 2019.
• Shifting phase in a resonator device for magentic resonance, H Mohebbi, G Teklemariam, D Cory - US Patent App. 15/745,513, 2018.
• Method to Prepare Spin-Orbit States of Neutrons, D. G. Cory, J. Nsofini, D. Sarenac and D. Pushin.
• Accounting for Classical Hardware in the Control of Quantum Devices, I. Hincks, C. Granade, T. Borneman, and D. G. Cory.
• Entanglement of Two Qubits Via a Mesoscopic System, M. Mirkamali and D. G. Cory.
• Homogeneous Superconducting Microstripline Resonators, H. Mohebbi, G. Teklemariam, D. G. Cory.
• Bird-Cage Resonator, Grum Teklemariam, H. Mohebbi, and David G. Cory.

• December 12, 2013: Scientists hail milestone in quantum quest
• July 5, 2012: Quantum on the cusp of transforming industry