HEP GARD Accelerator and Beam Physics: Community-driven Strategic Roadmap Workshop #1
Lawrence Berkeley National Laboratory
At the request of the Department of Energy - Office of High Energy Physics, we are developing a community-driven Strategic Roadmap for Accelerator and Beam Physics thrust of the HEP General Accelerator R&D (GARD) program. To solicit community input to the roadmap , two preparatory workshops will be convened, at Lawrence Berkeley National Laboratory on December 9-10, 2019 and in the Chicago area in March 2020.
The goal of the workshops is to identify the key Accelerator and Beam Physics (ABP) needs to fulfill OHEP’s GARD mission and to develop a decadal roadmap for thrust activities that OHEP could support.
The preparatory workshops will be organized around the following topical working groups:
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Workshop #1 (LBNL, Dec. 9-10, 2019):
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(WG1) Single-particle dynamics, including nonlinearities, and spin dynamics. [Conveners: S. Nagaitsev, L. Spentzouris, Y. Cai]
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(WG2) High-brightness beam generation (including polarized beams), transport, manipulation and cooling. [Conveners: J. Rosenzweig, P. Piot, A. Valishev]
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(WG3) Mitigation and control of collective phenomena: instabilities, space charge, beam-beam, beam-ion effects, wakefields, and coherent synchrotron radiation. [Conveners: J. Power, Z. Huang, S. Cousineau]
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(WG4) Connections to other GARD roadmaps (cross-cutting WG1-3) [Conveners: J.-L. Vay, M. Conde, M. Hogan]
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Workshop #2 (Chicago area, March 2020):
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(WG1) Advanced accelerator instrumentation and controls.
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(WG2) Modeling and simulation tools (including energy deposition); fundamental theory and applied math.
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(WG3) Early conceptual integration and optimization, maturity evaluation
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(WG4) Connections to other GARD roadmaps; synergies with non-HEP
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Please submit topics (including a short abstract) for Workshop #1 to jlvay@lbl.gov by November 17 and for Workshop #2 to nsergei@fnal.gov by January 31.
Please specify in your submission the working group(s) of interest. This call for topics will be followed with invitations to attend the preparatory workshops.
The four ABP grand challenges are:
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Grand challenge #1 (beam intensity): How do we increase beam intensities by orders of magnitude?
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Grand challenge #2 (beam quality): How do we increase beam phase-space density by orders of magnitude, towards quantum degeneracy limit?
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Grand challenge #3 (beam control): How do we control the beam distribution down to the level of individual particles?
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Grand challenge #4 (beam prediction): How do we develop predictive “virtual particle accelerators”?
In addition to these grand challenges, other equally important ABP missions are associated with the overall DOE HEP missions:
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Advance the physics of accelerators and beams to enable future accelerators.
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Develop conventional and advanced accelerator concepts and tools to disrupt existing costly technology paradigms in coordination with other GARD thrusts.
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Guide and help to fully exploit science at the HEP GARD beam facilities and operational accelerators.
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Educate and train future accelerator physicists.
Zhirong Huang (SLAC/Stanford), Sergei Nagaitsev (Fermilab/UChicago), Philippe Piot (NIU), John Power (ANL), James Rosenzweig (UCLA), Linda Spentzouris (IIT), and Jean-Luc Vay (LBNL)
Alexander Valishev
Alexey Burov
Brian Beaudoin
Bruce Dunham
Carl Schroeder
Chad Mitchell
Derun Li
Eric Prebys
Eugene Kur
Gennady Stupakov
Glen White
Gregory Penn
Gwanghui Ha
James Rosenzweig
Jarrod Leddy
Jean-Luc Vay
Ji Qiang
John Power
John Seeman
Jonathan Jarvis
Kilean Hwang
Levon Dovlatyan
Linda Spentzouris
LK Len
Manoel Conde
Mark Hogan
Mark Palmer
Nikolay Solyak
Peter Denes
Peter Stoltz
Philippe PIot
Remi Lehe
Robert Ainsworth
Robert Ryne
Sarah Cousineau
Sergei Nagaitsev
Soren Prestemon
Stephen Webb
Swapan Chattopadhyay
Thomas Schenkel
Tianhuan Luo
Timofey Zolkin
Tor Raubenheimer
Valeri Lebedev
Vitaly Yakimenko
Vladimir Shiltsev
Vyacheslav Yakovlev
Yue Hao
Yunhai Cai
Zhirong Huang
