Go to the Indico Home Page Oldest event Older event Up to category Newer event Newest event
  • Indico style
  • Indico style - inline minutes
  • Indico style - numbered
  • Indico style - numbered + minutes
  • Indico Weeks View
    • Switch to the management area of this event
    Login

    California EIC Consortium Collaboration Meeting

    27–28 Jan 2023
    UCLA, Physics and Astronomy Building
    US/Pacific timezone

    Contribution List

    40 out of 40 displayed
    Export to PDF
    1. 6. Welcome & Logistics
      Huan Huang (UCLA), Zhongbo Kang (UCLA)
      27/01/2023, 12:00
    2. 7. Consortium accomplishments in 2022 & UCB/LBNL overview
      Barbara Jacak (UC Berkeley and LBNL)
      27/01/2023, 12:10
    3. 9. UCD overview
      Daniel Cebra (University of California, Davis)
      27/01/2023, 12:45
    4. 11. UCLA theory overview
      Zhongbo Kang (UCLA)
      27/01/2023, 13:05
    5. 10. UCLA experiment overview
      Huan Huang (UCLA), oleg tsai (ucla)
      27/01/2023, 13:20
    6. 12. UCR overview
      Miguel Arratia (University of California, Riverside)
      27/01/2023, 13:35
    7. 13. regarding DOE RENEW FOA
      Ernst Sichtermann (Lawrence Berkeley National Laboratory), Miguel Arratia (University of California, Riverside), Ron Soltz (LLNL), Zhongbo Kang (UCLA)
      27/01/2023, 14:25

      Please check DOE FOA here: https://science.osti.gov/Initiatives/RENEW, and then click "Nuclear Physics"

      Go to contribution page
    8. 14. LANL overveiw
      Xuan Li (Los Alamos National Laboratory)
      27/01/2023, 14:45
    9. 15. LLNL overview
      Ron Soltz (LLNL)
      27/01/2023, 15:05
    10. 16. R&D (generic, eRD111, eRD113)
      Nicole Apadula
      27/01/2023, 15:25
    11. 17. Air Cooling Studies for the EIC Silicon Tracker
      Beatrice Liang-Gilman (member@berkeley.edu;student@berkeley.edu;faculty@berkeley.edu;employee@berkeley.edu), Beatrice Liang-Gilman (Guest@lbl.gov;Other@lbl.gov)
      27/01/2023, 15:45
    12. 18. Track finding summary
      Yue Shi Lai (UC Berkeley)
      27/01/2023, 16:05
    13. 19. Overview of ePIC backgrounds
      Reynier Cruz-Torres (Lawrence Berkeley National Lab)
      27/01/2023, 16:25
    14. 20. Synchrotron radiation background
      Benjamen Sterwerf (UC Berkeley)
      27/01/2023, 16:45
    15. 21. Temperature measurements of cooling foam apparatus
      Mathias Labonte (UC Davis)
      27/01/2023, 17:05
    16. 44. Adjourn
      Huan Huang (UCLA)
      27/01/2023, 17:25
    17. 22. Summary of calorimeter insert design and performance
      Ryan Milton (UCLA)
      28/01/2023, 09:00
    18. 23. Construction of the first prototype of the calorimeter insert
      Peter Carney (UC Riverside)
      28/01/2023, 09:20
    19. 24. Milling plastic scintillator cells for the calorimeter insert
      Bruce Bagby (UC Riverside)
      28/01/2023, 09:35
    20. 25. Characterization of scintillator cells for the calorimeter insert
      Miguel Rodriguez (UCR)
      28/01/2023, 09:45
    21. 26. Strontium-90 scanner for calorimeter insert cell-uniformity tests
      Samir Anup Kulkarni (UC Riverside)
      28/01/2023, 09:55
    22. 27. Readout for calorimeter insert prototype and studies with cosmic rays
      JiaJun Huang (Student@ucr.edu)
      28/01/2023, 10:05
    23. 28. Simulations for calorimeter insert beamtest (remote)
      Xilin Liang (University of California, Riverside), Xilin Liang (University of California, Riverside)
      28/01/2023, 10:15
    24. 29. Results of first test beam of calorimeter insert at JLab
      Sean Preins (University of California, Riverside), Sean Preins (Student@ucr.edu)
      28/01/2023, 10:45
    25. 30. AI performance with high-granularity calorimeter insert
      Bishnu Karki (University of California, Riverside)
      28/01/2023, 11:00
    26. 31. SiPM radiation studies for calorimeter insert: plans and simulations
      Barak Schmookler (UC Riverside)
      28/01/2023, 11:15
    27. 32. Status of scattered electron reconstruction in ePIC
      Barak Schmookler (UC Riverside)
      28/01/2023, 11:30
    28. 33. EPIC pECal implementations
      Zhongling Ji (UCLA)
      28/01/2023, 11:50
    29. 38. Neutrino-jet correlations at the EIC (remote)
      Sebouh Paul (UC Riverside)
      28/01/2023, 12:50
    30. 34. Coherent and incoherent photoproduction (remote)
      Spencer Klein (LBNL)
      28/01/2023, 13:10
    31. 35. Modeling Backward-Angle Compton Scattering at the EIC
      Zachary Sweger (University of California, Davis)
      28/01/2023, 13:30
    32. 36. Energy-energy correlators at EIC
      Kyle Devereaux (Lawrence Berkeley National Laboratory)
      28/01/2023, 13:50
    33. 37. Heavy flavor physics
      Wenqing Fan (Lawrence Berkeley National Laboratory)
      28/01/2023, 14:10
    34. 39. Understanding Jet Charge
      Andrew Larkoski (UCLA)
      28/01/2023, 15:00
    35. 40. Small-x Gluon Weizsäcker-Williams distribution at NLO
      Farid Salazar (UCLA/UCB/LBNL), Farid Salazar (UCLA/UCB/LBNL)
      28/01/2023, 15:20
    36. 41. Collins-type Energy-Energy Correlators and Nucleon Structures
      Fanyi Zhao (University of California, Los Angeles)
      28/01/2023, 15:35
    37. 42. Jet anisotropy in polarized scattering
      YIYU ZHOU (South China Normal University)
      28/01/2023, 15:50
    38. 43. Summary, Adjourn
      Barbara Jacak (UC Berkeley and LBNL), Huan Huang (UCLA), Zhongbo Kang (UCLA)
      28/01/2023, 16:05
    39. 8. LBNL overview
      Ernst Sichtermann (Lawrence Berkeley National Laboratory)
    40. 5. Understanding Jet Charge
      Andrew Larkoski (UCLA)

      I discuss simple scaling arguments that largely describe the behavior of the jet charge observable as a function of particle multiplicity for inclusive jet samples and for discrimination of up versus down quark jets.

      Go to contribution page