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Applications of Superconducting Electronics and Detectors Workshop

November 28, 2022 to December 1, 2022
Thomas Jefferson National Accererator Facility Cebaf Center
US/Eastern timezone

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Contribution List

41 out of 41 displayed
  1. 6. Welcome by director
    Stuart Henderson (Jefferson Lab)
    11/28/22, 9:00 AM
  2. 7. Nuclear Physics at Jefferson Laboratory
    Cynthia Keppel (Jefferson Lab)
    11/28/22, 9:05 AM
  3. 5. Introduction to workshop
    Alexandre Camsonne (Jefferson Laboratory)
    11/28/22, 9:20 AM
  4. 44. Application for JLab
    Alexandre Camsonne (Jefferson Laboratory)
    11/28/22, 9:45 AM
  5. 43. Preliminary discussion and questions
    11/28/22, 10:15 AM
  6. 8. Superconducting thin films developements
    Anne-Marie Valente-Feliciano (Jefferson Lab)
    11/28/22, 1:00 PM
  7. 9. Nb3Sn thin films
    Uttar Pudasaini (Jefferson Lab)
    11/28/22, 1:45 PM
  8. 24. IARPA C3 and SuperTools projects summary
    Douglas Scott Holmes
    11/28/22, 2:15 PM
  9. 36. Discussion materials and lithography
    11/28/22, 2:50 PM
  10. 13. Josephson Junction based Quantum Computing
    Briton Plourde (Syracuse University)
    11/29/22, 9:00 AM
  11. 14. The EIC on a Table Top
    Robert Edwards (Jefferson Lab)
    11/29/22, 9:30 AM
  12. 18. Dune cryogenics electronics
    Hanjie Liu (University of Massachusetts)
    11/29/22, 10:00 AM
  13. 15. Cryogenics ASICs at Fermilab
    Dr Davide Braga
    11/29/22, 11:00 AM
  14. 16. CAEN Electronics readout
    Carlo Tintori
    11/29/22, 11:30 AM
  15. 10. Superconducting Electronics and Application to Machine Learning Systems
    Dr Quentin Herr (IMEC)
    11/29/22, 2:00 PM
  16. 11. Superconducting Digital Electronics for Cryogenic Detectors
    Dr Elie Track (HYPRES)
    11/29/22, 2:50 PM

    The superior performance of arrays of superconducting detectors for
    high energy physics is well known, in terms of their sensitivity and
    speed. These signals are generally amplified and read out and
    analyzed using room-temperature digital electronics some distance
    away. However, an alternative approach is to carry out data
    conversion and partial analysis using digital superconducting...

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  17. 17. Cryotrons
    Prof. Karl Berggren (MIT)
    11/29/22, 3:50 PM
  18. 41. A superconducting nanowire pulse counter integrated with an SNSPD
    Matteo Castellani (MIT)
    11/29/22, 4:35 PM
  19. 42. A superconducting binary shift register for SNSPD readout
    Reed Foster (MIT)
    11/29/22, 4:50 PM
  20. 27. Jefferson Laboratory Cryogenics overview
    Jonathan Creel (Jefferson Lab)
    11/30/22, 9:00 AM
  21. 20. Transition Edge Sensors
    Thomas Gerrits (NIST)
    11/30/22, 9:30 AM
  22. 22. UV pixellized SNSPDs at NIST
    Adam McCaughan
    11/30/22, 10:00 AM
  23. 21. SNSPDs developments at JPL
    Matt Shaw
    11/30/22, 10:50 AM
  24. 23. Superconducting Tunnel Junctions
    Stephan Friedrich (LLNL)
    11/30/22, 11:20 AM
  25. 40. Discussion detectors
    Alexandre Camsonne (Jefferson Laboratory)
    11/30/22, 11:50 AM
  26. 19. SNSPD at Argonne National Lab
    Whitney Armstrong (Argonne National Laboratory)
    11/30/22, 2:40 PM
  27. 28. Refrigerator for Polarized Targets
    Chris Keith (Jefferson Lab)
    11/30/22, 3:10 PM
  28. 29. Low Temperature Turbo-Brayton Cryocoolers
    Mark Zagarola (Creare)
    11/30/22, 4:00 PM
  29. 39. IARPA Supertools
    12/1/22, 8:00 AM
  30. 35. CUORE experiment
    Dr Guillaumon Pedro (LNGS)
    12/1/22, 11:00 AM
  31. 32. Application of Superconducting Electronics and Dectors at EIC
    Whitney Armstrong (Argonne National Laboratory)
    12/1/22, 11:30 AM
  32. 33. Discussion and meeting close out
    12/1/22, 12:00 PM
  33. 25. Application for computing
  34. 38. Coffee break
  35. 12. Discussion
  36. 26. Discussion
  37. 30. Discussion cryogenics for superconducting detectors and electronics
  38. 37. Discussion Quantum Computring
  39. 34. Other possible applications
  40. 31. Possible application of Superconducting Detectors at Jefferson Laboratory
    Alexandre Camsonne (Jefferson Laboratory)
  41. 4. Superconducting detectors