1 / 17

Introduction to ASTeC Programmes

Introduction to ASTeC Programmes. M W Poole Director. Mission. To build and to sustain a Centre of Excellence in Accelerator Science and Technology for the UK Created in 2001 with 20 staff (all ex-SRD) and £750k ! Now runs a £9M programme and involving 90 FTE (+ HEI effort).

opa
Télécharger la présentation

Introduction to ASTeC Programmes

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Introduction to ASTeC Programmes M W Poole Director

  2. Mission To build and to sustain aCentre of Excellence in Accelerator Science and Technologyfor the UK Created in 2001 with 20 staff (all ex-SRD) and £750k ! Now runs a £9M programme and involving 90 FTE (+ HEI effort)

  3. Strategic Vision • Establish and nurture sustainable skill base • Engage/advise internal and external stakeholders • Build (and lead some) collaborations and partnerships • Master and deliver modern technology base • Undertake advanced facility design studies • Pursue generic advantages • Exploit Knowledge Exchange opportunities

  4. ASTeC Programmes • Supported both through FDOD and SPO • Specific programmes, including Design Studies • Underpinning R&D, including technology and novel science • Matrixed staffing from 5 Groups • Oversight by ASTAB plus specific project apparatus • Successful STFC In-house Review in 2007

  5. CEO In-House Research Review • Published in 2008 • Overwhelmingly positive: • “very high quality” research • internationally “competitive” and in some cases “leading” • centre of excellence goal “achieved” • collaborations praised • Comments: • strategic decision process to be strengthened • CERN collaboration to be strengthened • Further joint appointments and secondments to be promoted

  6. ASTeC Programme Resource Design Studies • PP - LC 1000k 10 FTE • PP – NF800k 6 FTE • Neutron Facility 200K 4 FTE • Light Source - 12 FTE Underpinning R&D • ALICE 1000k 13 FTE • SRF 500k 5 FTE • Guns 500k 2 FTE • HPPA and Targetry 900k 6 FTE • Novel accelerators 1400k 10 FTE • Technology Base500k5 FTE

  7. Linear Collider • SPO funded activity • Major UK role in ILC design studies interrupted by serious funding agency issues in UK and USA • Project future very uncertain, especially with STFC • LC programme survives at 25% level (mainly staff) • CERN orientation to be emphasised • Scope for new (low level) activities • Note substantial HEI base

  8. Neutrino Factory • SPO part funded activity • Clear international leadership • Note substantial HEI base • Programme overlaps generic high power beam one • MICE now more integrated – but tensioned

  9. Neutron Source • Preparation for next generation facility • ISIS upgrade options studied (MW) • Strategy on ESS to be clarified • Small scale studies at present

  10. New Light Source • 4GLS terminated • NLS science case accepted • Source studies commissioned by PSD etc • STFC/DLS collaboration • Proposal to be made late 2009 • Parallel R&D studies to be considered

  11. ALICE • Major milestones achieved ! • Scope and role has evolved into generic test bed • Ownership transferred to ASTeC April 2009 • Exciting challenges ahead • Essential for EMMA • Funding shortfalls need resolution

  12. Superconducting RF Systems • Essential modern accelerator technology • ASTeC R&D priority • ALICE experience has been valuable • Development programmes initiated • Major infrastructure investment essential • Daresbury strategic plan formulated

  13. Electron Gun Development • Laser driven photo-gun activities initiated at Daresbury • ALICE gun and upgrades give vital experience • Photocathode R&D programme in place • Superconducting option to be studied (eg for NLS ?) • Gun test facility proposed at Daresbury • Collaborating with DLS

  14. HPPA and Targetry • Front End Test Stand proceeding within ISIS • Multiple funding sources • Significant HEI role • High power target studies led by TD staff • Strategic aims may need reassessment

  15. Novel Accelerators • Non-scaling FFAG studies – international collaboration • Neutrino Factory and medical applications • EMMA construction and PAMELA design (BT funded) • Plasma wake field developments • Theory team supported • CLF and ALPHA-X experimental programmes

  16. Core Science and Technology Development • Necessary for core skills • Beam dynamics expertise – physics, codes, etc • Magnetics, RF, cryogenics, laser optics, diagnostics and vacuum science programmes • ASTeC laboratory and test area infrastructure • HEI and international collaborations

  17. Accelerator Institutes • ASTeC is core partner in Cockcroft Institute • Programme collaborations with John Adams Institute • Note HEI partnerships beyond these 5 universities • Major new (8 year) bids to be reviewed 9-11 February • Complementary roles will be beneficial • Any emerging UK AST strategy must utilise STFC skills and experience at DL and RAL

More Related