[Olympus] [Cuga] Precision Radiative Corrections for Next Generation Experiments, May 16-19- A message from Dave Gaskell (fwd)
Michael Kohl
kohlm at jlab.org
Fri Apr 29 17:26:46 EDT 2016
Dear all,
I would like to bring this workshop to your attention.
Best regards
Michael
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| Dr. Michael Kohl, Associate Professor and Staff Research Scientist
| Physics Department, Hampton University, Hampton, VA 23668
| Jefferson Lab, C117, 12000 Jefferson Avenue, Newport News, VA 23606
| Phone: +1-757-727-5153 (HU), +1-757-269-7343 (Jlab)
| Fax: +1-757-728-6910 (HU), +1-757-269-7363 (Jlab)
| Email: kohlm at jlab.org, Cell: +1-757-256-5122 (USA)
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---------- Forwarded message ----------
Date: Fri, 29 Apr 2016 14:56:29 -0400
From: Lorelei Chopard <lorelei at jlab.org>
To: "cuga at jlab.org" <cuga at jlab.org>
Subject: [Cuga] Precision Radiative Corrections for Next Generation Experiments,
May 16-19- A message from Dave Gaskell
Dear colleague,
The conference web site for the Workshop on Precision Radiative Corrections has
been updated and a preliminary agenda can now be found here:
https://www.jlab.org/conferences/radiative2016/program.html
Please note that the early registration deadline has been extended to May 2.
Best regards,
Dave Gaskell and Harut Avakian (on behalf of the organizing committee)
*****************************************************************************************************
**
*Precision Radiative Corrections for Next Generation Experiments*
May 16-19, 2016
Thomas Jefferson National Accelerator Facility
Newport News, VA
https://www.jlab.org/conferences/radiative2016/
A majority of approved physics experiments that will be running with 12-GeV
electron beams at JLab require at least a per-cent accuracy in the measurements
of differential cross sections and polarization asymmetries, making
electromagnetic corrections crucial for interpretation of data. Recent
Jefferson Lab measurements of single-spin asymmetries from two-photon exchange
(TPE) in DIS revealed the effect is at a per-cent level, making TPE a
high-priority issue for SIDIS analysis of single-spin asymmetries, and will
also be of concern for deep-exclusive processes. Extension and further
development of the theoretical and computational approaches to higher-order QED
effects for electron scattering is an outstanding problem for the upcoming
physics analysis effort at JLab.
The workshop on "Precision Radiative Corrections for Next Generation
Experiments" will address outstanding issues of QED radiative effects for
several critical research areas including:
1. Studies of nucleon's Generalized Parton Distributions (GPDs) and
Transverse Momentum Distributions (TMDs)
2. Measurements of the elastic form factors and resonance transition
form factors of the nucleon
3. Effects of nuclear medium on the properties of hadrons
4. Search for physics beyond the Standard Model of electroweak interactions
Dedicated sessions will address items involving radiative corrections,
including:
1. Structure Functions from models and phenomenology, needed as input
for radiative correction calculations
2. Different MC programs using radiative effects
3. Integration of Radiative corrections into the extraction chain (in
particular extraction of 3D PDFs from data)
4. TPE-induced electromagnetic effects and T-odd contributions
One of the main goals of the Workshop will be the development of a clear and
specific plan for providing radiative corrections in the extraction of 3D PDFs,
GPDs and form factors in nucleons and nuclei, thereby supporting the JLab12
physics program as well as the development of a strong physics case for the
Electron Ion Collider.
Organizing committee:
Aleksandr Aleksejevs (Memorial University)
Andrei Afanasev, co-chair (GWU)
Harut Avakian, co-chair (JLab)
Alessandro Bacchetta (Pavia University)
Svetlana Barkanova (Acadia University)
Dave Gaskell, co-chair (JLab)
Hayk Hakobyan(Univ. Frederico SM)
Haiyan Gao (Duke University)
Z.-E. Meziani (Temple)
Peter Schweitzer (UConn)
Sponsored by:
Jefferson Science Associates (JSA)
Jefferson Lab
Canadian Institute of Nuclear Physics
European Research Council (3DSPIN Project)
George Washington University
Temple University
University of Connecticut
Duke University
This project is supported by the JSA Initiatives Fund Program
(http://www.jsallc.org/IF/IFProjects.html), a commitment from the JSA
owners, SURA and PAE Applied Technologies. Initiatives Funds support
programs, initiatives, and activities that further the scientific
outreach, promote the science, education and technology of the Jefferson
Lab and benefit the Lab's extended user community in ways that
complement the Lab's basic and applied research missions.
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