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Quantum Sensing Workshop

14–16 Feb 2023
Lawrence Berkeley National Laboratory
US/Pacific timezone

Wes Tabler

Contribution List

58 out of 58 displayed
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  1. 1. Welcome, and introductory remarks, Natalie Roe (Berkeley Lab), John Valentine (Berkeley Lab), tbd (Sandia), tbd (AWE), Craig Sloan (NNSA), Summer Stares (DNO)
    14/02/2023, 08:30
  2. 43. Workshop Goals; workshop chairs
    14/02/2023, 09:00
  3. 3. Atom based quantum sensors
    Kai Bongs, University of Birmingham (University of Birmingham)
    14/02/2023, 09:10
  4. 5. Novel Quantum Sensors with Hyperpolarized Nuclei
    Ashok Ajoy, University of California Berkeley (University of California Berkeley; Lawrence Berkeley National Laboratory)
    14/02/2023, 09:50
  5. 6. Compressive sensing in spectroscopy: can less be more?
    Miles Padgett, University of Glasgow (University of Glasgow)
    14/02/2023, 10:30
  6. 9. Quantum sensing and applications to nonproliferation
    David Farley, Sandia National Laboratory (Sandia National Laboratory)
    14/02/2023, 11:25
  7. 7. Panel Discussion
    14/02/2023, 12:05
  8. 10. Atom interferometry 1.0 and 2.0 for inertial sensing
    Katarzyna Krzyzanowska, Los Alamos National Laboratory (Los Alamos National Laboratory)
    14/02/2023, 13:30
  9. 11. Cold Atom Interferometry applied to near field gravity tomography
    Stephen Libby, Lawrence Livermore National Laboratory (Lawrence Livermore National Laboratory)
    14/02/2023, 13:50
  10. 12. Realization of a guided matter wave gradiometer for gravity sensing applications
    Changhyun Ryu, Los Alamos National Laboratory (Los Alamos National Laboratory)
    14/02/2023, 14:10
  11. 44. Developing compact atom interferometer devices
    Peter Schwindt, Sandia National Laboratory (Sandia National Laboratory)
    14/02/2023, 14:30
  12. 13. Enrichment quantification of UF6 using low-field nuclear magnetic resonance with atomic magnetometer detection
    Per Magnelind, Los Alamos National Laboratory (Los Alamos National Laboratory)
    14/02/2023, 14:50
  13. 14. Optically pumped magnetometers - the journey out of the lab
    Erling Riis, University of Strathclyde (University of Strathclyde)
    14/02/2023, 15:25
  14. 15. Magnetic sensing and other laser-based applications
    Igor Savukov, Los Alamos National Laboratory (Los Alamos National Laboratory)
    14/02/2023, 15:45
  15. 45. Magnetic field nulling and shaping for quantum technologies
    Mark Fromhold, University of Nottingham (University of Nottingham)
    14/02/2023, 16:05
  16. 46. LANL MPA-Q (Quantum) capability overview
    Michael Martin, Los Alamos National Laboratory (Los Alamos National Laboratory)
    14/02/2023, 16:25
  17. 47. Atom Session Panel Discussion, report assignments
    14/02/2023, 16:45
  18. 48. Tuesday Wrap Up Discussion
    14/02/2023, 17:15
  19. 16. Announcements
    15/02/2023, 08:30
  20. 17. Magnetic Quantum Sensors for NNSA Programs
    Geon-Bo Kim, Lawrence Livermore National Laboratory (Lawrence Livermore National Laboratory)
    15/02/2023, 08:40
  21. 18. Quantum-Enabled Biochemical imaging at Rhizosphere
    Zhao Hao, Lawrence Berkeley National Laboratory (Lawrence Berkeley National Laboratory)
    15/02/2023, 09:00
  22. 19. Advanced electric field sensing/imaging technologies
    Yaun-Yu Jau, Sandia National Laboratory (Sandia National Laboratory)
    15/02/2023, 09:20
  23. 20. Quantum Magnetic Imaging for Counterfeit Detection and Integrated-Circuit Interrogation
    Pauli Kehayias, Sandia National Laboratory (Sandia National Laboratory)
    15/02/2023, 09:40
  24. 21. Extending Quantum Spin Sensing to Large Areas/Volumes
    Stephen Lyon, Princeton University (Princeton University)
    15/02/2023, 10:30
  25. 22. Quantum defect dephasing times from first-principles
    Liang Tan, Lawrence Berkeley National Laboratory (Lawrence Berkeley National Laboratory)
    15/02/2023, 10:50
  26. 23. Spin Session Discussion, report assignments
    15/02/2023, 11:10
  27. 24. Coherent Quantum Sensing for Dark Matter Detection (axions, RF)
    Gianpaolo Carosi, Lawrence Livermore National Laboratory (Lawrence Livermore National Laboratory)
    15/02/2023, 11:40
  28. 25. Distributed Sensing in the Long Island Quantum Network
    Julian Martinez-Rincon, Brookhaven National Laboratory (Brookhaven National Laboratory)
    15/02/2023, 12:00
  29. 26. Quantum ghost imaging with non-degenerate photon pairs
    Ryan Duncan, Los Alamos National Laboratory (Los Alamos National Laboratory)
    15/02/2023, 13:20
  30. 27. Quantum sensing applications using entangled squeezed light
    Daniel Soh, Los Alamos National Laboratory (Los Alamos National Laboratory)
    15/02/2023, 13:40
  31. 49. Entangled photons for tamper indication
    Adrian King, Atomic Weapons Establishment (Atomic Weapons Establishment)
    15/02/2023, 14:00
  32. 50. Compressive spectroscopy
    Adrian King, Atomic Weapons Establishment (Atomic Weapons Establishment)
    15/02/2023, 14:20
  33. 51. Photons Session Discussion, report assignments
    15/02/2023, 14:40
  34. 57. Qubit-based athermal-photon sensors for use in coherent neutrino scattering for reactor monitoring and other applications
    Caleb Fink, Los Alamos National Laboratory (Los Alamos National Laboratory)
    15/02/2023, 15:25
  35. 53. Quantum Enhanced Sensing of Isotopes (QESI)
    Laura McCaslin, Sandia National Laboratory (Sandia National Laboratory)
    15/02/2023, 15:45
  36. 55. Quantum Networking
    Thomas Schenkel, Lawrence Berkeley National Laboratory (Lawrence Berkeley National Laboratory)
    15/02/2023, 16:05
  37. 52. TBD
    15/02/2023, 16:25
  38. 58. Panel Discussion
    15/02/2023, 16:45
  39. 54. Wednesday Wrap Up Discussion, report assignments
    15/02/2023, 17:15
  40. 56. Cavity-based atom interferometry with long coherence time
    Holger Muller, University of California Berkeley (University of California Berkeley)
    15/02/2023, 18:30
  41. 29. The third day of the quantum sensing workshop is at Sandia, Livermore, by invitation. Please contact Lauren Betzen ([email protected]), Scott Bisson ([email protected]), or Peter Schwindt ([email protected]) for more information.
    16/02/2023, 08:30
  42. 41. Closeout
  43. 8. Lunch
  44. 2. NNSA / AWE / Sandia / LBNL Introductions
  45. 28. Qubit-based athermal-phonon sensors for use in coherent neutrino scattering for reactor monitoring and other applications
    Caleb Fink, Los Alamos National Laboratory (Los Alamos National Laboratory)
  46. 4. Talk
  47. 30. Talk
  48. 31. Talk
  49. 32. Talk
  50. 33. Talk
  51. 34. Talk
  52. 35. Talk
  53. 36. Talk
  54. 37. Talk
  55. 38. Talk
  56. 39. Talk
  57. 40. Talk
  58. 42. Welcome - ATAP and Lab Management