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    The 2022 CFNS Summer School on the Physics of the Electron-Ion Collider, July 11-22, 2022

    11–22 Jul 2022
    CFNS
    US/Eastern timezone

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    Contribution List

    60 out of 60 displayed
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    1. 82. Introduction to the school
      Abhay Deshpande (Stony Brook University), Alexei Prokudin (Penn State Berks)
      11/07/2022, 08:10
    2. 41. Theory lecture: 3D Structure I
      Barbara Pasquini (University of Pavia and INFN, Pavia)
      11/07/2022, 08:30
    3. 42. Theory lecture: 3D Structure II
      Barbara Pasquini (University of Pavia and INFN, Pavia)
      11/07/2022, 09:55
    4. 43. Theory lecture: Lattice I
      Christopher Monahan (College of William and Mary)
      11/07/2022, 11:20
    5. 44. Theory lecture: Lattice II
      Christopher Monahan (College of William and Mary)
      11/07/2022, 14:00
    6. 45. Theory lecture: Lattice III
      Christopher Monahan (College of William and Mary)
      12/07/2022, 08:30
    7. 46. Theory lecture: 3D Structure III
      Barbara Pasquini (University of Pavia and INFN, Pavia)
      12/07/2022, 09:55
    8. 49. Experiment lecture: Introduction to the EIC I
      Abhay Deshpande (Stony Brook University)
      12/07/2022, 11:20
    9. 47. Experiment lecture: Introduction to the EIC II
      Abhay Deshpande (Stony Brook University)
      12/07/2022, 14:00
    10. 50. Theory lecture: Effective Field Theories of QCD I
      Tom Mehen
      13/07/2022, 08:30
    11. 52. Computing lecture: EIC Software I
      Markus Diefenthaler (Jefferson Lab), Sylvester Joosten (Argonne National Laboratory)
      13/07/2022, 09:55
    12. 53. Computing lecture: EIC Software II
      Markus Diefenthaler (Jefferson Lab), Sylvester Joosten (Argonne National Laboratory)
      13/07/2022, 11:20
    13. 48. Experiment lecture: Particle Detection, Detector Technologies, and Research & Development
      Dr Ullrich Thomas (BNL)
      13/07/2022, 14:00
    14. 51. Theory lecture: Effective Field Theories of QCD II
      Tom Mehen
      14/07/2022, 08:30
    15. 54. Theory lecture: Effective Field Theories of QCD III
      Tom Mehen
      14/07/2022, 09:55
    16. 55. Computing lecture: Computing Models and Offline Software I
      Liz Sexton Kennedy
      14/07/2022, 11:20
    17. 86. The origin of spin asymmetries
      Alexei Prokudin (Penn State Berks)
      14/07/2022, 14:00
    18. 58. Computing lecture: Computing Models and Offline Software II
      Liz Sexton Kennedy
      15/07/2022, 08:30
    19. 57. Theory lecture: Heavy Ion and EIC I
      Dr Bjoern Schenke (BNL)
      15/07/2022, 09:55
    20. 60. Experiment lecture: Introduction to the detector technologies for the EIC
      Klaus Dehmelt (Stony Brook University)
      15/07/2022, 11:20
    21. 59. Experiment lecture: PID at the EIC I
      Klaus Dehmelt (Stony Brook University)
      15/07/2022, 14:00
    22. 61. Experiment lecture: Polarimetry I
      Oleg Eyser (BNL)
      18/07/2022, 08:30
    23. 62. Theory lecture: Heavy Ion and EIC II
      Bjoern Schenke (BNL)
      18/07/2022, 09:55
    24. 64. Theory lecture: Heavy Ion and EIC III
      Bjoern Schenke (BNL)
      18/07/2022, 11:20
    25. 89. VR for EIC
      Sean Preins (University of California, Riverside), Sean Preins (Student@ucr.edu)
      18/07/2022, 12:30
    26. 63. Experiment lecture: Polarimetry II
      Oleg Eyser (BNL)
      18/07/2022, 14:00
    27. 65. Experiment lecture: Polarimetry III
      Oleg Eyser (BNL)
      19/07/2022, 08:30
    28. 67. Theory lecture: Collinear QCD and ML I
      Rabah Abdul Khalek
      19/07/2022, 09:55
    29. 68. Theory lecture: Collinear QCD and ML I
      Rabah Abdul Khalek
      19/07/2022, 11:20
    30. 56. Computing lecture: EIC Software II
      Markus Diefenthaler (Jefferson Lab), Sylvester Joosten (Argonne National Laboratory)
      19/07/2022, 14:00
    31. 87. Luminosity Detector Studies at the EIC
      Aranya Giri
      19/07/2022, 15:30
    32. 88. CGC base line for two particle correlation in UPC
      Haowu Duan
      19/07/2022, 15:45
    33. 96. R&D effort for the LAPPD as part of the upcoming EIC
      Muhammad Alibordi
      19/07/2022, 16:00
    34. 99. Lattice Effective Field Theory and Leuscher Methods for Finite Volume Scattering
      Joseph Moscoso (student@unc.edu;employee@unc.edu;alum@unc.edu;member@unc.edu;staff@unc.edu)
      19/07/2022, 16:15
    35. 98. Next-to-leading order photon+jet production
      Yair Mulian (University of Jyväskylä)
      19/07/2022, 16:30
    36. 100. Searching for the dead cone effect in beauty and charm jets at LHCb
      Ibrahim Chahrour (University of Michigan)
      19/07/2022, 16:45
    37. 69. Theory lecture: Collinear QCD and ML III
      Rabah Abdul Khalek
      20/07/2022, 08:30
    38. 70. Computing lecture: High Performance Computing I
      Balint Joo
      20/07/2022, 09:55
    39. 71. Computing lecture: High Performance Computing II
      Balint Joo
      20/07/2022, 11:20
    40. 72. Experiment lecture: Forward Physics and Detector I
      Alexander Jentsch (Brookhaven National Laboratory)
      20/07/2022, 14:00
    41. 74. Computing lecture: High Performance Computing III
      Balint Joo
      21/07/2022, 08:30
    42. 75. Experiment lecture: Jets and Heavy Quarks at the EIC I
      Miguel Arratia (University of California, Riverside), Miguel Arratia (University of Cambridge)
      21/07/2022, 09:55
    43. 73. Experiment lecture: Forward Physics and Detector II
      Alexander Jentsch (Brookhaven National Laboratory)
      21/07/2022, 11:20
    44. 76. Experiment lecture: Tracking
      Douglas Higinbotham (Jefferson Lab)
      21/07/2022, 14:00
    45. 90. Extraction fractions moments using Machine Learning techniques in pp -> π + γ process
      David Francisco Renteria Estrada
      21/07/2022, 15:30
    46. 91. Transverse Single-Spin Asymmetry for Diffractive Electromagnetic Jets at Forward Rapidities in $p^{\uparrow}$+p Collisions at $\sqrt{s} =$ 200 GeV at STAR
      Xilin Liang, Xilin Liang (University of California, Riverside)
      21/07/2022, 15:45
    47. 92. Azimuthal Transverse Single-Spin Asymmetries of Charged Hadrons within Jets from Polarized p+Au Collisions at √s = 200 GeV
      Bassam Aboona (student@tamu.edu;member@tamu.edu;employee@tamu.edu)
      21/07/2022, 16:00
    48. 93. Quark and Gluon Helicity at Small Bjorken $x$
      Yossathorn Tawabutr (The Ohio State University)
      21/07/2022, 16:15
    49. 94. Revisiting DDVCS for phenomenological studies
      Victor Martinez-Fernandez
      21/07/2022, 16:30
    50. 97. R&D for SiPM-on-tile technology for forward hadronic calorimetry at the EIC
      Sean Preins (Student@ucr.edu), Sean Preins (University of California, Riverside)
      21/07/2022, 16:45
    51. 77. Experiment lecture: Jets and Heavy Quarks at the EIC II
      Miguel Arratia (University of Cambridge), Miguel Arratia (University of California, Riverside)
      22/07/2022, 08:30
    52. 79. Experiment lecture: Calorimetry
      Douglas Higinbotham (Jefferson Lab)
      22/07/2022, 09:55
    53. 80. Experiment lecture: Jets and Heavy Quarks at the EIC III
      Miguel Arratia (University of California, Riverside), Miguel Arratia (University of Cambridge)
      22/07/2022, 11:20
    54. 78. Future of the EIC
      Abhay Deshpande (Stony Brook University)
      22/07/2022, 14:30
    55. 83. Adjourn
      22/07/2022, 15:00
    56. 81. Coffee & Cookies
    57. 66. Experiment lecture: PID at the EIC II
      Klaus Dehmelt (Stony Brook University), Klaus Dehmelt (Stony Brook University)
    58. 95. SBS/BB Spectrometer for GMn/nTPE experiment at JLab
      Xinzhan Bai (staff@virginia.edu;member@virginia.edu;alum@virginia.edu;employee@virginia.edu)
    59. 84. Students seminars
    60. 85. Students seminars