The Future of High Energy PhysicsR. Aleksan

CPPM/IN2P3 and DAPNIA/CEA(aleksan@hep.saclay.cea.fr)

EPS HEP2005Lisbon, July 23, 2005

History and organization Approved project What is coming next

On the short term On the medium/long term

EU-supported Accelerator R&D activities

History and Organization

“an improved educational programme in the field of accelerator physics and increased support for accelerator R&D activity in European universities, national facilities and CERN”

1) ECFA 2001 Report “The Future of Accelerator-based Particle Physics in Europe”

2) Absence of HEP in the FP of the EU

 The ESGARD should develop a proposal to optimize and enhance the outcome of the Research and Technical Development in the field of accelerator physics in Europe by       promoting mutual coordination and facilitating the pooling of European resources       promoting a coherent and coordinated utilization and development of infrastructures       promoting inter-disciplinary collaboration including industry This proposal is aimed at preparing and conducting a coherent set of bids to apply for EU funding in the 6th Framework Programme.

http://esgard.lal.in2p3.fr

Accelerator R&D projectsESGARD Strategy: Develop a general multipurpose program From which specific projects would emerge

3 Networks 4 Joint Research ActivitiesFirst step http://care.lal.in2p3.fr

CARECoordinated Accelerator Research in Europe

http://care.lal.in2p3.fr

…and many (580) associates

CARE has demonstrated that the ESGARD objective(i.e. carrying Accelerator Research by integrating the European

resources in a collaborative mode as we are used to do for detectors)is getting a reality

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22 institutes from 9 countries having signed the EU contract

A lot has already been done in one year…

ELAN BENE HHH SRF PHIN HIPPI NED Total

Notes 26 5 6 2 0 0 39

Pub 1 2 1 4

reports 1 1 1 1 1 1 2 8

conf 1 8 18 6 19 2 54

…demonstrating that the work has indeed started vigorously

2004 CARE papers

and a large number of talks at conferences

Amongst which papers in Nature, NIM, Phys. Rev…

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Summary of work in 2005 will be presented at

CARE05 at CERN on September 23-25

Project Type Beam

Type

Start date

Duration

Years

Total Cost

EU contribution

CARE I3 All 1/1/04 5 55 M€ 15.2 M€

EUROTEV DS e+,e- (LC) 1/1/05 3 29 M€ 9 M€

EURISOL DS Ion, p

beam)

1/1/05 4 33 M€

(3.3 M€)

9.16 M€

(1 M€)

Total >117 M€ 33.2 M€

Summary of Accelerator R&D projects

These projects are well structured, with clear objectives, deliverables and milestones. They represent a fantastic strength for the HEP European community in order to play a leadership role In the improvement of present accelerators In the development of new accelerators

ConnectionTo

CARE

BDS: Beam Delivery SystemDR: Dumping RingsPPS: Polarized Positron SourceDIAG: DiagnosticsILPS: Integrated Luminosity Performance StudiesMETSTB: Metrology and StabilizationGANMVL: GAN Multipurpose Virtual Laboratory

23 participants from 6 countries

A 3-year program, with:Coordinating lab: DESYAdmin. Coord.: E. ElsenScientific co-chairs of SCG. Guignard & N. Walker

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EURISOL with beams (reminder)

4-year program. Coordinating lab: LNLScientific & Admin. Coord.: G. Fortuna

21 participants from 15 countries

Total Expected Budget (k€)

Requested EU Funding (k€)

Total 33 293 9 162

beams 3 293 1 010

Leader: M. Lindroos (CERN)

ConnectionTo

CARE

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Project Type Topics Start date

Duration

Years

Total Cost

EU contribution

EUDET I3 Detectors for

e+,e- (LC)

1/1/06?

3 ?? M€ 7 M€

ILIAS I3 Astroparticle

general

1/4/04 4 10 M€ 7.5 M€

KM3net DS Astroparticle

telescope

1/1/06?

4 24.2 M€ 9 M€

Other HEP non-accelerator R&D projects

Project Topics Duration

Years

Total Cost EU contribution

EUROLEAP Plasma acceleration 3 4.1 M€ 2 M€

Next Steps

Short term applications (FP6)

NEST calls (New Emerging Science and Technology)

The goal is to produce electron beams in the GeV energy range, with an energyspread less than 1%, in a reproducible way over a distance less than 10 cm.

3 projects submitted, one has been selected for a second stage evaluation

Next Steps

Long term (FP7)

Two proposed main lines of action Continuation and improvement of the current (mainly “bottom-up”) approach

for optimizing the access to and the utilization and performance of existing infrastructures

Implementation of a «strategic» approachfor developing future infrastructures of pan-European interest (incl. major upgrades)

ESFRI will develop a roadmap for construction of new RIs for the next 10-20 years

3 Steering Groups are being set up :• Physical Sciences and Engineering• Biological and Medical Sciences• Social Sciences and Humanities

Establish a list of infrastructure to be supported by the EC (list of opportunities)

Conclusions

A strategy for developing accelerator R&D has been set up Good relation with the EC have been established

This past 2 years were very busy and successful with

A multipurpose research program exists, It is well established and visible in the HEP and EU landscape

andSpecific programs for Design Studies approved

Getting ready for the short term developments

Preparing the longer term

In the evaluation process

Developing novel acceleration technology

For the longer term, the preparation to FP7 and to its calls is on our agenda