Quantum Sensing Workshop

Contribution List

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

43. Workshop Goals; workshop chairs

14/02/2023, 09:00

Session I

3. Atom based quantum sensors

Kai Bongs, University of Birmingham (University of Birmingham)

14/02/2023, 09:10

Session I

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

Session I

6. Compressive sensing in spectroscopy: can less be more?

Miles Padgett, University of Glasgow (University of Glasgow)

14/02/2023, 10:30

Session I

9. Quantum sensing and applications to nonproliferation

David Farley, Sandia National Laboratory (Sandia National Laboratory)

14/02/2023, 11:25

Session I

7. Panel Discussion

14/02/2023, 12:05

Session I

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

Session II

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

Session II

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

Session II

44. Developing compact atom interferometer devices

Peter Schwindt, Sandia National Laboratory (Sandia National Laboratory)

14/02/2023, 14:30

Session II

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

Session II

14. Optically pumped magnetometers - the journey out of the lab

Erling Riis, University of Strathclyde (University of Strathclyde)

14/02/2023, 15:25

Session II

15. Magnetic sensing and other laser-based applications

Igor Savukov, Los Alamos National Laboratory (Los Alamos National Laboratory)

14/02/2023, 15:45

Session II

45. Magnetic field nulling and shaping for quantum technologies

Mark Fromhold, University of Nottingham (University of Nottingham)

14/02/2023, 16:05

Session II

46. LANL MPA-Q (Quantum) capability overview

Michael Martin, Los Alamos National Laboratory (Los Alamos National Laboratory)

14/02/2023, 16:25

Session II

47. Atom Session Panel Discussion, report assignments

14/02/2023, 16:45

Session II

48. Tuesday Wrap Up Discussion

14/02/2023, 17:15

Session II

16. Announcements

15/02/2023, 08:30

17. Magnetic Quantum Sensors for NNSA Programs

Geon-Bo Kim, Lawrence Livermore National Laboratory (Lawrence Livermore National Laboratory)

15/02/2023, 08:40

Session III

18. Quantum-Enabled Biochemical imaging at Rhizosphere

Zhao Hao, Lawrence Berkeley National Laboratory (Lawrence Berkeley National Laboratory)

15/02/2023, 09:00

Session III

19. Advanced electric field sensing/imaging technologies

Yaun-Yu Jau, Sandia National Laboratory (Sandia National Laboratory)

15/02/2023, 09:20

Session III

20. Quantum Magnetic Imaging for Counterfeit Detection and Integrated-Circuit Interrogation

Pauli Kehayias, Sandia National Laboratory (Sandia National Laboratory)

15/02/2023, 09:40

Session III

21. Extending Quantum Spin Sensing to Large Areas/Volumes

Stephen Lyon, Princeton University (Princeton University)

15/02/2023, 10:30

Session III

22. Quantum defect dephasing times from first-principles

Liang Tan, Lawrence Berkeley National Laboratory (Lawrence Berkeley National Laboratory)

15/02/2023, 10:50

Session III

23. Spin Session Discussion, report assignments

15/02/2023, 11:10

Session III

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

Session IV

25. Distributed Sensing in the Long Island Quantum Network

Julian Martinez-Rincon, Brookhaven National Laboratory (Brookhaven National Laboratory)

15/02/2023, 12:00

Session IV

26. Quantum ghost imaging with non-degenerate photon pairs

Ryan Duncan, Los Alamos National Laboratory (Los Alamos National Laboratory)

15/02/2023, 13:20

Session IV

27. Quantum sensing applications using entangled squeezed light

Daniel Soh, Los Alamos National Laboratory (Los Alamos National Laboratory)

15/02/2023, 13:40

Session IV

49. Entangled photons for tamper indication

Adrian King, Atomic Weapons Establishment (Atomic Weapons Establishment)

15/02/2023, 14:00

Session IV

50. Compressive spectroscopy

Adrian King, Atomic Weapons Establishment (Atomic Weapons Establishment)

15/02/2023, 14:20

Session IV

51. Photons Session Discussion, report assignments

15/02/2023, 14:40

Session IV

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

Session V

53. Quantum Enhanced Sensing of Isotopes (QESI)

Laura McCaslin, Sandia National Laboratory (Sandia National Laboratory)

15/02/2023, 15:45

Session V

55. Quantum Networking

Thomas Schenkel, Lawrence Berkeley National Laboratory (Lawrence Berkeley National Laboratory)

15/02/2023, 16:05

Session V

52. TBD

15/02/2023, 16:25

Session V

58. Panel Discussion

15/02/2023, 16:45

Session V

54. Wednesday Wrap Up Discussion, report assignments

15/02/2023, 17:15

56. Cavity-based atom interferometry with long coherence time

Holger Muller, University of California Berkeley (University of California Berkeley)

15/02/2023, 18:30

29. The third day of the quantum sensing workshop is at Sandia, Livermore, by invitation. Please contact Lauren Betzen (lkbetze@sandia.gov), Scott Bisson (sebisso@sandia.gov), or Peter Schwindt (pschwin@sandia.gov) for more information.

16/02/2023, 08:30

41. Closeout

8. Lunch

2. NNSA / AWE / Sandia / LBNL Introductions

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)

Session V

4. Talk

30. Talk

31. Talk

32. Talk

33. Talk

34. Talk

35. Talk

36. Talk

37. Talk

38. Talk

39. Talk

40. Talk

42. Welcome - ATAP and Lab Management