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Quantum Computing Bootcamp 23

Jun 20 – 30, 2023
Jefferson Lab
US/Eastern timezone

Contribution List

40 out of 40 displayed
  1. 25. Computing with Quantum - theory
    Raghav Jha (Jefferson Lab)
    6/20/23, 10:00 AM
  2. 26. Computing with Quantum - quiskit exercises
    Raghav Jha (Jefferson Lab)
    6/20/23, 1:30 PM
  3. 27. James Mulligan - morning
    James Mulligan (LBL)
    6/21/23, 9:00 AM
  4. 28. James Mulligan - afternoon
    James Mulligan (LBL)
    6/21/23, 1:30 PM
  5. 29. Christian Bauer - day 1
    Christian Bauer (LBL)
    6/22/23, 9:00 AM
  6. 30. Ben Nachman - day 1
    Ben Nachman (LBL)
    6/22/23, 1:30 PM
  7. 31. Christian Bauer - day 2
    Christian Bauer (LBL)
    6/23/23, 9:00 AM
  8. 32. Ben Nachman - day 2
    Ben Nachman (LBL)
    6/23/23, 1:30 PM
  9. 33. Introduction to lattice gauge theories and Hamiltonian formulation
    Jesse Stryker (UMD)
    6/26/23, 9:00 AM
  10. 34. Tutorial on Trotterized time evolution for the Schwinger model
    Jesse Stryker (UMD)
    6/26/23, 1:30 PM
  11. 35. I'm the problem, it's me: Viscosity in 3+1 QCD - morning
    Henry Lamm (FNAL)
    6/27/23, 9:00 AM
  12. 36. I'm the problem, it's me: Viscosity in 3+1 QCD - afternoon
    Henry Lamm (FNAL)
    6/27/23, 1:30 PM
  13. 37. Natalie Klco, Randy Lewis, Sarah Powell - morning - day 1
    Natalie Klco (Duke)
    6/28/23, 9:00 AM
  14. 38. Natalie Klco, Randy Lewis, Sarah Powell -afternoon - day 1
    Natalie Klco (Duke)
    6/28/23, 1:30 PM
  15. 39. Natalie Klco, Randy Lewis, Sarah Powell - morning - day 2
    Natalie Klco (Duke)
    6/29/23, 9:00 AM
  16. 40. Natalie Klco, Randy Lewis, Sarah Powell -afternoon - day 2
    Natalie Klco (Duke)
    6/29/23, 1:30 PM
  17. 18. Toward Digital Quantum Simulation of Standard Model Physics - a look from my path
    Martin Savage (Institute for Nuclear Theory)
    6/30/23, 9:00 AM

    Quantum simulations are expected to be able to provide predictions of the dynamics of quantum many-body systems of importance to Standard Model physics research from dense non-equilibrium matter to systems of neutrinos that lie beyond the capabilities of classical computation. After an introduction, I will discuss recent work we have performed in simulating 1+1D quantum field theories,...

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  18. 19. Exponential quantum speedup in simulating coupled classical oscillators
    Nathan Wiebe (University of Toronto)
    6/30/23, 9:50 AM

    We present a quantum algorithm for simulating the classical dynamics of 2n coupled oscillators (e.g., 2n masses coupled by springs). Our approach leverages a mapping between the Schrödinger equation and Newton's equation for harmonic potentials such that the amplitudes of the evolved quantum state encode the momenta and displacements of the classical oscillators. When individual masses and...

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  19. 21. Search for Non-Abelian Majorana modes as a route to topological quantum computation
    Jay Deep Sau (UMD)
    6/30/23, 11:10 AM

    Majorana zero modes are fermion-like excitations that were originally proposed in particle physics by Ettore Majorana and are characterized as being their own anti-particle. In condensed matter systems Majorana zero modes occur as fractionalized excitations with topologically protected degeneracy associated with such excitations. For over a decade the only candidate systems for observing...

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  20. 22. Trapped Ion Quantum Computing at Quantinuum
    Joan Dreiling (Quantinuum)
    6/30/23, 1:00 PM
  21. 23. The Quantum Industry Overview
    Philip Makotyn (PMG Quantum Advisors)
    6/30/23, 1:50 PM
  22. 24. panel discussion
    Jay Deep Sau (UMD), Joan Dreiling (Quantinuum), Martin Savage (Institute for Nuclear Theory), Natalie Klco (Duke), Nathan Wiebe (University of Toronto), Philip Makotyn (PMG Quantum Advisors)
    6/30/23, 3:30 PM
  23. 7. Afternoon session
    Dr Raghav Jha (Jefferson Lab)
  24. 3. Announcements
  25. 16. James Mulligan
    James Mulligan (UC Berkeley)
  26. 17. James Mulligan
    James Mulligan (UC Berkeley)
  27. 5. Lunch
  28. 9. Lunch
  29. 4. Morning session
    Dr Raghav Jha (Jefferson Lab)
  30. 8. Morning session
    James Mulligan (LBL)
  31. 15. Raghav Jha
    Raghav Jha (JLab)
  32. 1. Registration
  33. 6. Registration
  34. 11. TAB
    Nathan Wiebe (University of Toronto)
  35. 10. TBA
    Martin Savage (Institute for Nuclear Theory)
  36. 12. TBA
    Jay D. Sau (University of Maryland, College Park)
  37. 13. TBA
    Joan Dreiling (quantinuum)
  38. 14. TBA
    Philip Makotyn
  39. 20. TBA
    Jay Deep Sau (UMD)
  40. 2. Welcome