FACET-II Science Workshop 2016

FACET-II Science Workshop 2016

 

2016 Workshop Report

 

17-19 October, 2016  
SLAC National Accelerator Laboratory  
Menlo Park, CA

All sessions will be held in the Redwood Conference Rooms
(Research Office Building (ROB), Building 48 Ground Floor)​

FACET-II is a new user facility that will provide unique capabilities to develop advanced acceleration and coherent radiation techniques with high-energy electron and positron beams. FACET-II provides a major upgrade over current FACET capabilities and the breadth of the potential research program will make it truly unique.  

A baseline design for FACET-II has been established that progressively increases capabilities in three distinct stages and is captured in the FACET-II CDR and TDR​. Stage one completes a new photoinjector at Sector 10 and re-establishes operations with high-energy high-brightness electron beams. Stage two will add a new positron damping ring system and allow user runs with high-current positron beams. Stage three will upgrade the chicane in sector 20 for simultaneous delivery of positrons and electrons to the experimental area.  

By offering bunch charge ranging from pC to nC, emittance from nm to microns, electrons and positrons, single and double bunches, tailored current profiles of up to nearly 100kA and energy up to 10GeV FACET-II provides experimental capabilities unparalleled anywhere in the world. By leveraging the additional infrastructure afforded by SLAC’s laser group, the FACET laser systems provide multi-terawatt peak powers with state of the art synchronization approaching 10fs.

The FACET-II team is organizing the second of a series of workshops to discuss the scientific opportunities of this new facility, and refine the technical requirements to ensure maximum impact during early operations and into the future. The focus of the current workshop is to asses and chart the development of key technologies needed to to execute the envisioned FACET-II science program.

Contact
Please contact Mark Hogan (hogan@slac.stanford.edu) for further information.

AGENDA & PARTICIPANT LIST


Start TimeSession TopicPresentationPresenterAffiliation
09:00FACET-II OverviewWelcome and why we
 are here, define charge
 for each session
Mark HoganSLAC
09:40FACET-II OverviewFACET-II StatusVitaly YakimenkoSLAC
10:00FACET-II OverviewFACET-II DesignGlen WhiteSLAC
10:30 Break  
11:00Plasma SourcesOverview of requirements
 for Plasma Sources
 based on experimental needs
Chan JoshiUCLA
11:40Plasma SourcesHeat pipe ovensKen MarshUCLA
12:00 Lunch  
13:00Plasma SourcesLaser ionized gasMike LitosU.C.
Boulder
13:30Plasma SourcesHollow channel 
overview and prospects
Spencer GessnerCERN
13:50Plasma SourcesSteady-state, free
 flow plasma targets
Jens OsterhoffDESY
14:20 Break  
14:50Plasma SourcesActive plasma
 lenses at 10GeV
Jeroen van TilborgLBNL
15:20Plasma SourcesTeV/mJamie RosenzweigUCLA
15:50Plasma SourcesPlasma 
diagnostics
Rafal Zgadzaj & 
Mike Downer
U.T. 
Austin
16:30Plasma SourcesDiscussionAll 
17:00 Adjourn  
Start TimeSession TopicPresentationPresenterAffiliation
09:00Witness InjectorWitness Injector 
Motivation & 100MeV Option
Mark HoganSLAC
10:00Witness InjectorZig zag and peak current
 optimization
Vladimir LitvinenkoStonybrook
10:30 Break  
11:00Witness Injector4 GeV optionJoe FrischSLAC
11:30Witness InjectorLWFA probe beam & 
witness injector option
Wei LuTsinghua
12:00 Lunch  
13:00DiagnosticsEOS optimizationMike LitosUC Boulder
13:30DiagnosticsHybrid linac-laser-
plasma diagnostics and kicker
Bernhard HiddingUniversity of 
Strathclyde
14:00DiagnosticsEnergy Spectrometer
 & TCAV
Brendan O’SheaSLAC
14:30 Break  
15:00DiagnosticsFACET Diagnostic 
Experience
Nate LipkowitzSLAC
15:30DiagnosticsE200/E225 quad
 scan experience
Sebastien CordeEcole 
Polytechnique
16:00DiagnosticsE-210 Experience
 with butterfly technique
Carl Lindstrom
 (presented by Navid)
University of 
Oslo
16:15DiagnosticsE-217 Experience 
with butterfly technique
Navid VafaeiStonybrook
 University
16:30DiagnosticsProspects for crystal 
channels
Brendan O'SheaSLAC
16:50DiagnosticsDiscussionAll 
17:20DiagnosticsAdjourn  
Start TimeSession TopicPresentationPresenterAffiliation
09:00Low Emittance
 Diagnostics
E200 betatron 
radiation experience
Sebastien CordeEcole 
Polytechnique
09:30Low Emittance
 Diagnostics
Gamma spectrometerFellicie AlbertLLNL
10:00Low Emittance
 Diagnostics

Betatron radiation in
 wakeless regime

 

Jamie RosenzweigUCLA
10:30Low Emittance 
Diagnostics
BNS considerations for 
loaded PWFA
Sergei NagaitsevFermilab
10:50 

Break

 

  
11:00Computation

Needs and challenges for 
modeling FACET-II and
 Beyond

 

Warren MoriUCLA
11:30Computation

Benefits of the Exascale 
ECP and CAMPA programs 
to the modeling of PWFA

 

Jean-Luc VayLBNL
12:00Computation

Current status and near 
term needs for modeling 
FACET-II

 

Weiming AnUCLA
12:30ComputationAdjourn  
First nameLast nameAffiliation
FelicieAlbertLLNL
WeimingAnUCLA
DavidBruhwilerRadiaSoft LLC
JohnCaryUniversity of Colorado 
and Tech-X Corporation
JasonChouStanford, SLAC
ChristineClarkeSLAC
ChrisClaytonUCLA
SebastienCordeEcole polytechnique
MikeDownerUniversity of Texas
 at Austin
IvanGadjevUCLA
SpencerGessnerCERN
SelinaGreenSLAC
BernhardHiddingUniversity of Strathclyde
 & The Cockcroft Institute
MarkHoganSLAC
ChanJoshiUCLA
MichaelLitosUniversity of 
Colorado Boulder
VladimirLitvinenkoStony Brook
 University
WeiLuTsinghua University
KenMarshUCLA
WarrenMoriUcla
AlexMurokhRadiaBeam Technologies,
 LLC.
SergeiNagaitsevFermilab
BrendanO'SheaSLAC
JensOsterhoffDESY
JamesRosenzweigUCLA Dept. of Physics
 and Astronomy
LucasSchaperDESY
AndreiSeryi 
AndreiSeryiJohn Adams Institute
NavidVafaei-NajafabadiStony Brook University
JeroenVan TilborgLawrence Berkeley Lab
Jean-LucVayLBNL
YunfengXiUCLA
XinluXuUCLA
VitalyYakimenkoSLAC
RafalZgadzajUniversity of Texas 
at Austin