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Coordinate Mini-lecture series on Quantum Computing and Quantum Information Science for Nuclear Physics

Mar 9 – 20, 2020
Cebaf Center
US/Eastern timezone

Contribution List

34 out of 34 displayed
  1. 34. Opening remarks
    Robert Edwards (Jefferson Lab)
    3/9/20, 1:20 PM
  2. 23. Quantum devices I
    Olivier Pfister (Univ. of Virginia)
    3/9/20, 1:30 PM
  3. 24. Quantum devices II
    Olivier Pfister (Univ. of Virginia)
    3/9/20, 2:45 PM
  4. 25. Quantum devices III
    Olivier Pfister (Univ. of Virginia)
    3/10/20, 9:00 AM
  5. 26. Quantum devices IV
    Olivier Pfister (Univ. of Virginia)
    3/10/20, 10:15 AM
  6. 27. Quantum algorithms I
    Prof. Yannick Meurice
    3/10/20, 1:30 PM
  7. 28. Quantum algorithms II
    Yannick Meurice
    3/10/20, 2:45 PM
  8. 29. Quantum algorithms III
    Prof. Yannick Meurice
    3/11/20, 9:00 AM
  9. 30. Quantum algorithms IV
    Prof. Yannick Meurice
    3/11/20, 10:15 AM
  10. 31. Quantum field theory I
    Prof. Richard Brower (Dept. of Physics, Boston University)
    3/11/20, 1:30 PM
  11. 32. Quantum field theory II
    Prof. Richard Brower
    3/11/20, 2:45 PM
  12. 0. Quantum states and quantum operations
    Prof. Chi-Kwong Li (Dept. of Math, William & Mary)
    3/12/20, 9:00 AM
    The following will be covered. Representation of quantum states, quantum operations, multi-partite systems, separable states.Recent study on quantum operations with special properties will be described.
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  13. 1. Quantum error correction
    Prof. Chi-Kwong Li (Dept. of Math, William & Mary)
    3/12/20, 10:15 AM
    Mathematical framework of quantum error correction. Recent advance in operator quantum error correction schemes will be described.
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  14. 2. Unitary Quantum Lattice Algorithms for Classical and Quantum Turbulence I
    Prof. George Vahala (Dept. of Physics, William & Mary)
    3/12/20, 1:30 PM
  15. 3. Unitary Quantum Lattice Algorithms for Classical and Quantum Turbulence II
    Prof. George Vahala (Dept. of Physics, William & Mary)
    3/12/20, 2:45 PM
  16. 7. Quantum algorithms for Nuclear Physics I
    Prof. Dean Lee (Michigan State University)
    3/16/20, 1:30 PM
  17. 8. Quantum algorithms for Nuclear Physics II
    Prof. Dean Lee (Michigan State University)
    3/16/20, 2:45 PM
  18. 9. Quantum algorithms for Nuclear Physics III
    Prof. Dean Lee (Michigan State University)
    3/17/20, 9:00 AM
  19. 10. Quantum algorithms for Nuclear Physics IV
    Prof. Dean Lee (Michigan State University)
    3/17/20, 10:15 AM
  20. 11. Nuclear structure I
    Dr Alessandro Roggero (Dept. of Physics, Univ. of Washington)
    3/17/20, 1:30 PM
  21. 12. Nuclear structure II
    Dr Alessandro Roggero (Dept. of Physics, Univ. of Washington)
    3/17/20, 2:45 PM
  22. 13. Nuclear structure III
    Dr Alessandro Roggero (Dept. of Physics, Univ. of Washington)
    3/18/20, 9:00 AM
  23. 14. Nuclear structure IV
    Dr Alessandro Roggero
    3/18/20, 10:15 AM
  24. 19. Quantum simulations I
    Prof. Uwe Wiese (Institute for Theoretical Physics, Univ. of Bern)
    3/18/20, 1:30 PM
  25. 20. Quantum simulations II
    Prof. Uwe Wiese
    3/18/20, 2:45 PM
  26. 21. Quantum simulations III
    Prof. Uwe Wiese
    3/19/20, 9:00 AM
  27. 22. Quantum simulations IV
    Prof. Uwe Wiese
    3/19/20, 10:15 AM
  28. 6. Informal discussions
  29. 15. Machine learning I
    Prof. Michelle Kuchera (Dept. of Physics, Davidson College)
  30. 16. Machine learning II
    Prof. Michelle Kuchera
  31. 17. Machine learning III
    Prof. Michelle Kuchera
  32. 18. Machine learning IV
    Prof. Michelle Kuchera
  33. 4. QIS for Nuclear Science I
    Dr David Dean (Oak Ridge National Lab)
  34. 5. QIS for Nuclear Science II
    Dr David Dean (Oak Ridge National Lab)