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Neutrino Factory Design Study 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

Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

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Page 1: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

Neutrino Factory Design StudyNeutrino Factory Design Study

• IntroductionIntroduction

• World Design Study statusWorld Design Study status

• EC Framework 6 Design StudiesEC Framework 6 Design Studies

• Neutrino Factory & Superbeam Design StudyNeutrino Factory & Superbeam Design Study

Page 2: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

IntroductionIntroduction

Two feasibility studies so far in US:Two feasibility studies so far in US:

• FS 1: FS 1: FNALFNAL performance not good enoughperformance not good enough too expensivetoo expensive

• FS 2:FS 2: BNLBNL performance good enoughperformance good enough still too expensivestill too expensive

• FS 3: FS 3: RAL?RAL? - Take FS2 and reduce cost - Take FS2 and reduce cost - A - A

lot of progress already madelot of progress already made

One feasibility study in JapanOne feasibility study in Japan - - based on FFAG - produced in 2002

Zero feasibility studies in EuropeZero feasibility studies in Europe

Page 3: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

IntroductionIntroduction

• Before/during NuFact’03: Before/during NuFact’03: time for “3time for “3rdrd” Design Study” Design Study

• Should be world-wide this timeShould be world-wide this time

• Parallel discussion and plenary talkParallel discussion and plenary talk

• Steering group created:Steering group created:US:US: Steve GeerSteve Geer

Bob PalmerBob PalmerMike ZismanMike Zisman

Japan:Japan: Yoshi KunoYoshi KunoYoshi MoriYoshi MoriKenzo NakamuraKenzo Nakamura

Europe:Europe: Alain BlondelAlain BlondelRob Edgecock Rob Edgecock (chair)(chair)

Helmut HaserothHelmut Haseroth• Three (phone) meetings so farThree (phone) meetings so far

Page 4: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

WDS StatusWDS Status

• Propose to “create” “6” “sub-collaborations”Propose to “create” “6” “sub-collaborations”

Sub-collaboration Summary of Task

1 Proton Driver Definition of critical parameters and R&D on components

2 Targetry R&D on solid and liquid targets to prove viability; R&D on pion collection

3 MICE Demonstration and study of ionisation cooling

4 FFAGs Study of FFAG acceleration, proof of principle and R&D on critical components

5 Design and engineering studies

Cost and performance optmised Neutrino Factory Design

6 Physics and detectors Define parameters for accelerator & detector, inc. detector cost

• Steering Groups being proposed (for those without one)

Page 5: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

EC FP6 Design Studies EC FP6 Design Studies

FP6 FP6 33 blocks of activities:blocks of activities:

Integrating European Research

Structuring the ERA Strengthening 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

Page 6: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

FP6 Design StudiesFP6 Design Studies

• HIPPI – JRA: HIPPI – JRA: improving existing infrastructureimproving 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

Page 7: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

FP6 Design StudiesFP6 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

Page 8: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

FP6 Design StudiesFP6 Design Studies

• In first call: In first call: 70M€70M€

• EC contribution/DS: EC contribution/DS: 1-10M€1-10M€

• Maximum EC contribution: Maximum EC contribution: 50%50%

• Total cost has to be justified in proposalTotal cost has to be justified in proposal

• Duration of DS: Duration of DS: 24 to 48 months24 to 48 months

Funding:Funding:

Timescale:Timescale:

Call for proposals: 11th November

Submission deadline: 4th March 2004, 5pm

Evaluation/interviews: June 2004

Results: July 2004

Contract negotiations end: September 2004

DS start: end 2004/start 2005

Page 9: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

NF FP6 Design StudyNF FP6 Design Study

Proton Driver

Targetry MICE FFAGs Design Study

Physics Studies

Proton Driver

MICE FFAGs Design Study

Physics Studies

Target Collectn

Proton Driver >0.2

GeV

MICE FFAGs? Design Study

Physics Studies

Target Collectn

Two Conveners

Two Conveners

Two Conveners

Two Conveners

Four Conveners

Two Conveners

Page 10: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

Steering GroupSteering Group

Director:Director: Ken PeachKen PeachCoordinator:Coordinator: Rob EdgecockRob Edgecock

Japanese representative:Japanese representative: ?? US US representative:representative: Mike ZismanMike Zisman

Proton Driver:Proton Driver: Roland GarobyRoland GarobyChris PriorChris Prior Targetry:Targetry:

Roger BennettRoger Bennett?? MICE:MICE:

Alain BlondelAlain Blondel?? FFAGs:FFAGs: Francois Francois

MeotMeot ??Design & Engineering:Design & Engineering: Helmut HaserothHelmut Haseroth

Vittorio PalladinoVittorio Palladino

Physics:Physics: Pilar HernandezPilar HernandezMauro MezzettoMauro Mezzetto

Page 11: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

TimescalesTimescales

Submit proposal: 4th March 2004, 5pm!

Finish proposal: 19th February 2004

Start writing final version: 15th January 2004

Final editing starts: 12th February 2004

Firmed up plans, outline of: 24th December 2003 proposal, 1st cost and schedule

1st plans/WP: 11th December 2003

Work Package teams formed: 28th November 2003

Form Steering Group: TodayToday

Form Work Package teams: TodayToday

Feedback from Brussels

Review of plans: 18th/19th December

Proposal preparation

Final review of proposal 18th February

Page 12: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

FundingFunding

• 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!

Page 13: Neutrino Factory Design Study Introduction Introduction World Design Study status World Design Study status EC Framework 6 Design Studies EC Framework

Next StepsNext 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!All must start now!