1. Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework 6 Design Studies Neutrino Factory & Superbeam Design Study Neutrino Factory & Superbeam Design Study

2. Introduction Two feasibility studies so far in US: FS 1: FNAL  performance not good enough  too expensive FS 1: FNAL  performance not good enough  too expensive FS 2: BNL  performance good enough  still too expensive FS 2: BNL  performance good enough  still too expensive FS 3: RAL? - Take FS2 and reduce cost - A lot of progress already made FS 3: RAL? - Take FS2 and reduce cost - A lot of progress already made One feasibility study in Japan - One feasibility study in Japan - based on FFAG - produced in 2002 Zero feasibility studies in Europe

3. Introduction Before/during NuFact’03: time for “3 rd ” Design Study Before/during NuFact’03: time for “3 rd ” Design Study Should be world-wide this time Should be world-wide this time Parallel discussion and plenary talk Parallel discussion and plenary talk Steering group created: US:Steve Geer Bob Palmer Mike Zisman Steering group created: US:Steve Geer Bob Palmer Mike Zisman Japan:Yoshi Kuno Yoshi Mori Kenzo Nakamura Europe:Alain Blondel Rob Edgecock (chair) Helmut Haseroth Three (phone) meetings so far Three (phone) meetings so far

4. WDS Status Propose to “create” “6” “sub-collaborations” Propose to “create” “6” “sub-collaborations” Sub-collaborationSummary of Task 1Proton DriverDefinition of critical parameters and R&D on components 2TargetryR&D on solid and liquid targets to prove viability; R&D on pion collection 3MICEDemonstration and study of ionisation cooling 4FFAGsStudy of FFAG acceleration, proof of principle and R&D on critical components 5Design and engineering studies Cost and performance optmised Neutrino Factory Design 6Physics and detectors Define parameters for accelerator & detector, inc. detector cost Steering Groups being proposed (for those without one)

5. EC FP6 Design Studies FP6 3 blocks of activities: Integrating European Research Structuring the ERAStrengthening the ERA Research and Innovation Human resources & mobility Research infrastructures Science and Society Transnational Access Integrating Activities Communication Network Development Design Studies Construction of New Infrastructure Accompanying Measures CARE BENE HIPPI

6. FP6 Design Studies HIPPI – JRA: improving existing infrastructure HIPPI – JRA: improving existing infrastructure Design Studies: FS and TPW on new infrastructures Clear European dimension and interest Must “systematically explore EIB and Structural Funds” Infrastructure can be outside EU, if EU participates Upgrade to existing infrastructure, if replaces new

7. FP6 Design Studies Feasibility Studies: “will aim at laying the conceptual foundations of a potential new or enhanced infrastructure. This could consist in the basic feasibility study of a specific new facility or in exploring a new fundamental technology or technique underpinning a whole new concept. Alternatively, a feasibility study could cover the detailed engineering design of a proposed infrastructure, in particular in relation to its most technologically advanced aspects (i.e. excluding the detailed design of standard elements of the new infrastructure). “ Technical Preparatory Work: “will cover the development and testing of components, subsystems, materials or techniques (including dedicated software) that are critical for the future development of a new or enhanced infrastructure. Support will however not be provided for preparatory work based on existing or proven techniques or technologies, nor when it aims at reproducing available components or materials.” NB Contributions to capital investments are excluded

8. FP6 Design Studies In first call: 70M€ In first call: 70M€ EC contribution/DS: 1-10M€ EC contribution/DS: 1-10M€ Maximum EC contribution: 50% Maximum EC contribution: 50% Total cost has to be justified in proposal Total cost has to be justified in proposal Duration of DS: 24 to 48 months Duration of DS: 24 to 48 months Funding: Timescale: Call for proposals:11 th November Submission deadline:4 th March 2004, 5pm Evaluation/interviews:June 2004 Results:July 2004 Contract negotiations end:September 2004 DS start:end 2004/start 2005

9. NF FP6 Design Study Proton Driver TargetryMICEFFAGsDesign Study Physics Studies Proton Driver MICEFFAGsDesign Study Physics Studies TargetCollect n Proton Driver >0.2 GeV MICEFFAGs?Design Study Physics Studies TargetCollect n Two Conveners Four Conveners Two Conveners

10. Steering Group Director:Ken Peach Coordinator:Rob Edgecock Japanese representative:? US representative:Mike Zisman Proton Driver:Roland Garoby Chris Prior Targetry:Roger Bennett ? MICE:Alain Blondel ? FFAGs:Francois Meot ? Design & Engineering:Helmut Haseroth Vittorio Palladino Physics:Pilar Hernandez Mauro Mezzetto

11. Timescales Submit proposal:4 th March 2004, 5pm! Finish proposal:19 th February 2004 Start writing final version:15 th January 2004 Final editing starts:12 th February 2004 Firmed up plans, outline of:24 th December 2003 proposal, 1 st cost and schedule 1 st plans/WP:11 th December 2003 Work Package teams formed:28 th November 2003 Today Form Steering Group:Today Today Form Work Package teams:Today Feedback from Brussels Review of plans: 18 th /19 th December Proposal preparation Final review of proposal 18 th February

12. Funding Assume DS will be 4 years  end 2008 Can get 10M€ from EC Must find at least the same from existing sources Need to check FP6 rules, e.g. MICE beam and inf? “Third party” funding? Matching funding/Work Package or total? Need to check what “capital investments” are Within these limits, there are no limits!

13. Next Steps Get approval of plans from EMCOG- RE Get approval from ESGARD- RE Contact with Brussels- RE Determine requirements at RAL- PRN/RE Form Steering Groups- RE et al Form teams- SGs Develop plans for proposal- All All must start now!