Tentative List

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Scientific Program

a) long talk (35+5) introductory plenary session, one talk for each of the following:
Two photon exchange
DVCS
Beyond Standard Model
Dark Matter search
Low energy applications
High energy positron beams
Low energy positron sources
b) short talk (25+5) general plenary session, 3-4 talks for each of the sub-topics:
Interference Physics
Charged Current Physics
Test of the Standard Model
Positron Applications
Positron Source and Beam Physics
c) parallel discussion (two 2-hr sessions), session organizers should identify program e.g.:
Specific or technical talks more appropriate for individual sub-topics
Opportunity for round-table discussion and consensus
d) poster session (90 min w/ coffee break), 3-4 poster are requested for each of the sub-topics:
Interference Physics
Charged Current Physics
Test of the Standard Model
Positron Applications
Positron Source and Beam Physics

Introductory Talks

  • Organizer welcome and charge
  • Lab or scientific director welcome

General

  • H. Moutarde - Specific constraints using positrons and electrons for DVCS
  • K. Kumericki (K. Passek-Kumericki) / H. Moutarde - DVCS asymmetries
  • M. Vanderhaeghen / P. Blunden / A. Afanasev - Two photon exchange

CEBAF 12 GeV

  • Mikhail Yurov - Super-Rosenbluth measurements from 6 GeV and positron beam physics.
  • [MIT Speaker] - Other TPE measurements possible with positron beams at JLab.
  • [several options] - e+/e- comparisons (planned and completed)
  • [several options] - TBE contributions to parity measurements
  • M. Vanderhaeghen / M. Guidal / F. Sabatié - DVCS on the nucleon
  • K. Hafidi / R. Dupré / M. Paolone - DVCS on nuclei (connection with QED' Coulomb corrections)

JLEIC

  • C. Riedl - DVCS@HERMES with electrons and positrons
  • A. Ferrero - DVCS with charge/spin asymmetries at COMPASS
  • J. Wagner - Inclusion of heavy quark flavors in DVCS and evaluation of impact in the context of an EIC
  • H. Spiesberger (F. Ringer) - electroweak DIS (charged currents, neutral currents) for access to unpolarised and polarised PDFs
  • M. Vanderhaeghen / D. Kharzeev / S. Brodsky / J.P. Lansberg - Heavy quark production (theory)
  • E. Chudakov / S. Joosten / M. Paolone - Heavy quark production (experiment)

Physics beyond the Standard Model

  • "Right-handed W-boson exchange (CC DIS)" (Alex Tapper ?)
  • "Electroweak couplings/PVDIS (NC DIS)"(Krishna Kumar ( PVDIS community ), Xiaochao Zheng)
  • "Leptoquark, SUSY, excited leptons, double charged Higgs" ( TBA)
  • "Heavy photon search with positrons at JLAB" (Luca Marsicano)
  • "Heavy photon search with positrons at LNF" (Mauro Raggi)
  • "Heavy photon search with positrons at Cornell" (Jim Alexander, Maxim Perelstein)
  • "Heavy photon search with positrons at Novosibirsk" (Igor Racheck)
  • "Dark forces searches with positrons " (Bogdan Wojtsekhowski)
  • "Dark forces searches at colliders " (Bertrand Echenard)


Electroweak structure of hadrons

  • "Structure functions with e+ and e- DIS at HERA" (Amanda Cooper-Sarkar/Voica Radescu)
  • "What can we learn about PDFs from future e+/e- DIS?" (Sven Moch)
  • "Probing strangeness via charm production in CC DIS" (Matthew Wing/Olaf Behnke)
  • "Charm production in diffractive CC DIS" ?? (Christophe Royon)
  • "Pion and kaon structure from tagged DIS" (Tanja Horn)
  • "Flavor dependence of nuclear structure functions" (Nestor Armrest)
  • "Spin structure (SIDIS?) with positron beams" (Alessandro Bacchetta/Werner Vogelsang/Marc Schlegel/Piet Mulders)
  • "Detector requirements for CC physics" (Jose Repond)
  • "LHC ??? (What can e+/e- do for Higgs?) "
  • "Positrons at LHeC " ???

Low Energy Positrons

Farida's List

  • Christoph Hugenschmidt, Technical University of Munich, He developed the most intense positron beam in the world.
  • Atsuo Kawasuso, JAEA Takasaki Institute, Applications for polarized positrons
  • Andreas Wagner, Helmholtz-Zentrum Dresden-Rossendorf, Dresden, Accelerator based positron beams
  • Alex Weiss, University of Texas Arlington, Low energy positrons
  • David Gidley, University of Michigan, Professor Emeritus, He was the first to initiate polarized positrons technique for magnetism study.
  • Toshio Kyodo, KEK in Japan, Positron diffraction
  • Yasuyuki Nagashima, University of Tokyo, Development and applications of positron

Branislav's suggestions...

  • Northeastern University: Arun Bansil ar.bansil@neu.edu and
  • Bernardo Barbiellini B.Amidei@neu.edu
  • University of Missouri-Kansas, City Jerry Jean, jeany@umkc.edu
  • University of Michigan-Ann Arbor, David Gidley gidley@umich.edu
  • University of California at San Diego, Cliff Surko csurko@physics.ucsd.edu
  • Wayne State University, Talbert Stein stein@physics.wayne.edu
  • University of Texas at Arlington, Alexander H. Weiss weiss@uta.edu
  • First Point Scientific Inc, Roderick Greaves of greaves@firstpsi.com
  • Washington State University, Kelvin Lynn kgl@wsu.edu
  • University of California at Riverside, Allen Mills allen.mills@ucr.edu
  • North Carolina State University, Ayman Hawari ayman.hawari@ncsu.edu
  • University College London, Gaetana Laricchia g.laricchia@ucl.ac.uk
  • CEA/SACLAY, Patrice Perez patrice.perez@cea.fr

Source & Accelerator

JLEIC/EIC specific

  • JLab’s compact positron source proposal F. Lin/ V. Morozov
  • Polarized electron injection/accumulation scheme F. Lin/ V. Morozov
  • Polarized electron accumulator ring design E. Nissen/ V. Morozov
  • Injection/extraction kicker requirements and design J. Guo/ H. Wang
  • Polarized positrons in JLEIC Y. Zhang/ V. Morozov

Polarized Positron Source/Beam

  • Polarized electron gun R. Suleiman/ J. Grames
  • Polarized Electrons for Polarized Positrons (PEPPo) E. Voutier/ J. Grames
  • Polarized positrons in CEBAF Y. Roblin/ A. Freyberger

General Positron Source Considerations

  • Overview of existing positron production schemes J. Grames/ V. Morozov
  • Positron production target design Niowave/ J. Grames
  • Positron collection system design V. Morozov/ F. Lin