20Year BES Facilities Roadmap Workshop

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20-Year BES Facilities Roadmap Workshop February
22-24, 2002 Doubletree Hotel and Executive
Meeting Center 1750 Rockville Pike Rockville, MD
20852

• Saturday and Sunday Facility Presentations
• Sunday Night and Monday Report Writing

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Subcommittee Members

• Geri Richmond, U of Oregon (Co-Chair)
• Sunil Sinha, UCSD (Co-Chair)
• Nora Berrah, Western Michigan U. (BESAC)
• Joe Bisognano, Synchrotron Radiation Center,
  Wisc.
• Collin Broholm, Johns Hopkins (BESAC)
• Phil Bucksbaum, U. of Michigan (BESAC)
• Jack Crow, National Magnetic Lab, Florida
• Pascal Elleaume, European Synchrotron Rad. Fac.,
  France
• Eric Isaacs, Bell Labs/Lucent (BESAC)
• Gabrielle Long, NIST (BESAC)
• Gerhard Materlik, Diamond Light Source Ltd.
• Les Price, ORO
• Kathy Taylor, Retired GM (BESAC)

Technical Representatives

• ANL-- Robert Kustom
• BNL-- Jim Murphy
• LBNL-- Howard Padmore
• ORNL-- Norbert Holtkamp
• PNNL-- Ray Doug
• SLAC-- Max Cornacchia
• TJNAF-- Swapan Chattophadhyay

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Key Points of the Charge
Importance of the science

• the extent to which the proposed facility would
  answer the most important scientific questions
• whether there are other ways or other facilities
  that would be able to answer these questions
• whether the facility would contribute to many or
  few areas of research
• whether construction of the facility will create
  new synergies within a field or among fields of
  research
• what level of demand exists within the scientific
  community for the facility.

Categorize as absolutely central, important,
and dont know enough yet, according to the
potential importance of their contribution.
Readiness of the facility

• whether the concept of the facility has been
  formally studied in any way
• the level of confidence that the technical
  challenges involved in building the facility can
  be met the sufficiency of RD performed to-date
  to assure technical feasibility of the facility
  the extent to which the cost to build and operate
  the facility is understood.

Categorize according to their readiness as ready
to initiate construction, significant
scientific/engineering challenges to resolve
before initiating construction, and mission and
technical requirements not yet fully defined.
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Saturday and Sunday Presentations

• Linac Coherent Light Source
• SNS Power Upgrade
• Transmission Electron Aberration Microscope
• SNS Long Wavelength Target Station
• High Flux Isotope Reactor Target Station II
• Linac-based Ultrafast X-ray Source
• National Synchrotron Light Source Upgrade
• Linac Coherent Light Source Upgrade
• Green-Field Free Electron Laser
• Advanced Photon Source Upgrade
• Keeping the Advanced Light Source at the Cutting
  Edge
• Complex Interfacial Catalysis Facility
• Energy Recovering Free Electron Laser Sci. User
  Facility
• The Ames Plant Metabolomics Resource Facility
• Accelerator Based Continuous Neutron Source

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Organization of Facility Types

• Light Source Facilities
• Neutron Scattering Facilities
• Other Facilities
• Cross-cutting issues

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Light Sources

• Upgrade Initiative
• Advanced Light Source (ALS)
• Advanced Photon Source (APS)
• National Synchrotron Light Source (NSLS)
• New facilities
• Linac Coherent Light Source (LCLS)
• LCLS II
• Green-field X-ray Free Electron Laser (XFEL)
• Linac based Ultrafast X-ray source (LUX)
• Thomas Jefferson Lab Infrared FEL
• Coherent Infrared Center at the ALS (CIRCE)
• APS super storage ring
• NSLS third generation ring

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Light Source Upgrade Initiative

• The four DoE Light Sources are central to our
  nations research enterprise
• Urgent upgrades required to optimize scientific
  productivity and maintain competitiveness
• We recommend that DoE aggressively pursue an
  upgrade initiative, coordinated among the four
  light sources.

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Linac Coherent Light Source

• Essential for exploring future science using
  intense femtosecond coherent X-ray beams
• DoE Critical Decision 0 and 1 have been approved

Recommend continued strong support
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National Synchrotron Light Source

• One of the worlds most scientifically productive
  x-ray sources with 4000 users.
• Proposed - 3rd generation ring, SC LINAC, HGHG
  FEL and upgraded VUV ring.

Recognizing the continued need for 3rd
generation x-ray sources, we recommend that NSLS
and BES formulate a plan for a 3rd gen. ring.
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Advanced Photon Source

• One of the worlds premier hard x-ray sources
• Phase I II - upgrades essential to optimize
  scientific output and maintain international
  competitiveness.
• Phase III IV implementing super storage
  ring and advanced instrumentation.

• Strongly support upgrade of facility beamline
• and source optimization (phase I and II)
• Support long-term development of III and IV

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LCLS II and Greenfield XFEL

• XFEL opens up new scientific horizons
• 20 year vision for full-fledged XFEL-based
  User-facilities.
• technical challenges include e-gun, detector,
  e-beam stability, etc.
• LCLS progress towards XFEL feasibility is
  critical

RD on XFEL must proceed with emphasis on
elucidating future scientific opportunities.
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Terahertz Radiation Facilities

• Jefferson Lab Terahertz FEL/ERL
• Coherent IR CEnter (CIRCE) at ALS
• low-energy spectroscopy is critical to
  understanding collective dynamics
• potentially large user community

National scientific agenda and User needs should
be better developed.
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LINAC-based Ultra-fast X-ray (LUX) Facility at
LBNL

• Innovative proposal for ultra-fast VUV/X-ray
  facility offering exciting new scientific
  opportunities
• technical challenges include HGHG cascades
  essential for VUV production.

Recommend development of National
scientific community is essential as well as RD
to address technical challenges
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Neutron Scattering Facilities

• SNS Power upgrade
• SNS Long wavelength target station
• Second cold source for HFIR
• Accelerator based continuous neutron source

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Spallation Neutron Source (SNS) Power Upgrade

• SNS will be the worlds premier neutron source.
• 10 additional investment gains 2-3 times in
  scientific productivity.
• technical challenges include target modifications
  ready for CD-0.

Strongly recommend DOE support for this project
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Spallation Neutron Source (SNS) Long Wavelength
Target Station

• Long wavelength second target station optimized,
  e.g., for SANS, reflectivity, inelastic
  scattering
• Scientific imperative soft condensed matter,
  magnetism, nano-materials, etc.
• No foreseeable technical challenges, uses
  existing infrastructure.

Recommend initial planning begin.
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Other Facilities

• Transmission Electron Aberration-Corrected
  Microscope (TEAM)
• AMES Plant Metabolomics Resource Facility
• Complex Interfacial Catalysis Facility

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Transmission Electron-Aberration Corrected
Microscope (TEAM)

• Network of linked electron microscopes capable
  of atomic resolution 3D imaging - first one to be
  at LBNL
• Has advantage of large focal length
• Technology demonstrated
• Central to DoE mission.

We recommend that this project be funded, and
that the principals work closely with
supplier/instrument community for development and
construction.
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AMES Plant Metabolomics Resource Facility

• Leading researchers and important science
• Encourages synergy between Ames Laboratory and
  Iowa State University

Research should be supported. It is premature to
view it as a national facility.
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Complex Interfacial Catalysis Facility

• Proposed user facility for Catalysis research
• Catalysis is a key piece of DOEs portfolio

Subcommittee recommends that any decision on a
catalysis facility such as this needs to
be reviewed in the context of competing proposals
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Cross Cutting Issues

• Detectors and other instrumentation
• Electron gun development
• Superconducting short period undulators
• Energy recovery LINAC (ERL) development

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• Next Steps
• Continue to gather input from Subcommittee to
  complete assessment of BES facilities
• Finalize evaluations and summary
• Distribute final draft information to all BESAC
  Members by March 4thlack of response by BESAC
  member by this date is assumed to mean acceptance
• Finalize report to SC-1 by March 10th