R. Aleksan CARE06 meeting Frascati, November 16, 2006 CARE06 1.Preparing FP7 2.Conclusion

ProjectTypeBeam Type Start date Duration Years Total Cost EU contribution CAREI3All1/1/04555 M € 15.2 M € EUROTEVDSe +,e - (LC)1/1/05329 M € 9 M € EURISOLDSIon, p  beam) 1/1/05433 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 EUROLEAP NEST e Plasma acceleration 1/9/ M € 2 M €

ESGARD actions Launching new projects Preparing for FP7 calls 2 meetings: May 19 and September 12, 2006 ESGAR recommends continuing CARE/NED program from 2007 on with the construction of test magnets Accelerator R&D CARE Multipurpose (e,p, ) ???? CARE SRF CARE PHIN CARE HIPPI CARE NED EUROTEV DS: ILC+CLIC ????? EURISOL DS: Neutrino  -beam ???? DS Fact Scoping study ? DS Fact? EUROLEAP e in plasma? Major Strategic decisions

ESGARD recommended to continue the efforts and to issue the detailed proposal planned for in about a month, even without the list of the partners. This document should indeed help to interact with the institutes if required for getting them involved. This proposal is independent of FP7 at the moment, but this could be re-considered in case of delays.

A.D. ESGARD /10 The proposed Program is to build by 2009 one Alstom/MSA and one SMI dipole magnet model, relying on the cos , layer design and the conventional insulation system. It is articulated around 5 Work Packages – WP1: Design and Integration (01/07-12/09), – WP2: Supporting R&D and Demonstrators (01/07-06/08), – WP3: Pole Manufacturing (07/07-06/09), – WP4: Collaring and Cold Mass Assembly (01/08-09/09), – WP5: Magnet Test (second half of 09). NED Phase II Program Possibly by keeping all CARE/NED partners: CEA (France), CCLRC/RAL (UK), CERN, CIEMAT(Spain), INFN/Genoa and INFN/Milan (Italy), Twente University (The Netherlands) and Wroclaw University of Technology (Poland), return

Includes 2 parts: bottom-up (all fields) and targeted (thematic)

For indication: proposition budget profile from the commission (march 2006)

“We would like at this point to explore how our community could propose a coherent set of projects in an organized manner. To this end, we would like to make a call for Letters of Intent for R&D projects. These proposals could be  Joint Research Activities (JRA), to be included in I3 proposals, such as the ones Joint Research Activities (JRA), to be included in I3 proposals, such as the ones in CARE  Design Study (DS) projects, such EUROTeV or EURISOL Design Study (DS) projects, such EUROTeV or EURISOL  Construction of New R&D Infrastructures (CNI-RD), such as a test facility. Construction of New R&D Infrastructures (CNI-RD), such as a test facility. It should be noted that ESGARD is only concerned by the new infrastructure for carrying accelerator R&D and not the accelerators project for carrying physics programmes.” ESGARD actions Call for Letters of Intent for accelerator R&D project With a deadline on April 28 th. So as to have a first scope of the ideas of the community by the Zeuthen meeting

ActivityEstimated Cost (M€) LHC & magnets23.35 p, ion Accel ? CLIC36.8 SCRF - ILC ? Neutrino facility36 Phi Factory? Laser-Plasma M€ + ? 34+ letters received

LHC and p (ion) accelerators Subject Contr act Type Specif ic Title Nb institute Durat ion Cost (Meuro) continuatio n Contact LHCDS The Upgrade in Luminosity of the CERN-LHC in Europe > F. Ruggiero, W. scandale (CERN) LHC magnetI3JRA High Field Magnets for LHC upgrades A. Devred (CEA) TBD LHC magnetI3JRA HT superconducting materials 4 (+6)51.3A. Ballarino (CERN) LHC MagnetI3JRA High field magnet construction 73?CARE/NEDA. Devred (CEA) LHC MagnetI3TA CryoMagNet 771CARE/NEDA. Devred (CEA) P aceel.DS Fast Cycling Syncrotron Design Study >1047.2CaRE/HHH F. Ruggiero, W. Scandale (CERN) P accel.I3JRA Collimators and Materials for High Power Accelerators 6510R. Assmann (CERN) P accel.I3JRA Development of an electron cooler for the Extra Low ENergy Antiproton ring >1022.5T. Eriksson (CERN) P accel.I3JRA Fast Cycling Superconducting Magnets for Synchrotrons TBD P accel.I3JRA Superconducting linac-based Proton Driver CARE/HIPPI R. Garoby, M. Vretenar (CERN) p-ion accel.I3JRA High Current Ion Linac 10715CARE/HIPPIU. Ratzinger (IAP-FU) p-ion accel.I3JRA Light Ion Sources and Associated Plasma Studies 45??R. Gobin (CEA) intense ion beamCNI High Current Ion Storage Ring ?1220?U. Ratzinger (IAP-FU) p-ion accel.I3JRA Super Conducting Sputtered Quarter Wav Cavities >1033M. Pasini Update on the LoI received return

Subject Contr act TypeSpecificTitle Nb institute Durat ion Cost (Meuro) continuati onContact CLICI3JRA Drive Beam issues 935D. Schulte (CERN) CLICI3JRA Generation And Diagnostics Gear for tiny EmiTtance 645.9H. Braun (CERN) CLICI3JRA L-band, High Power and High Efficiency Multi Beam RF Amplifier >1067 I. Syratchev (CERN) CLICI3JRA Luminosity Ensuring Design D. Schulte (CERN) CLICI3JRA High-gradient RF structures 6 55 W. Wuensch (CERN) CLICI3JRA Ka-band Stand-Alone Power Source >1047E. Jensen (CERN) CLICI3JRA CLIC Two-Beam Test- Stand and CLIC Post Collision studies 251,5? V. Ziemann (U. Uppsala) Lineac Collider activities

Subject Contr act TypeSpecificTitle Nb institute Durat ion Cost (Meuro) continuati onContact SCRF (ILC)?JRA Positron Polarized Sources 11410?A. Variola (LAL) SCRFI3 JRA- WP Deposition of thin superconducting layers for accelerator technology 352 CARE/S RF M. Sadowski (IPJ) SCRFI3 JRA- WP Deposition of superconducting films of pure lead (Pb) by means of the UHV cathodic arc 350,5 CARE/S RF J. Langner (IPJ) SCRFI3 JRA- WP Development of various materials (e.g. Mg, Pb) films on Cu substrates 24? CARE/S RF F. Tazzioli (LNF) SCRFI3JRA SCRF technologies SRF coll. ?? CARE/S RF D. Proch (DESY) SCRFI3JRA Influence of Slope on Superconductive RF Cavity Cooling 220,9?B. Rousset (CEA) SCRFI3WP Infrastructure testing the new technologies concerning the high power-high repetition rate lasers 121,8?A. Variola (LAL) SCRFCNI European Super- Conducting RF Facility TTC + ?30?A. Wagner (DESY) ILCI3 JRA Use the HERA Electron Ring as ILC Damping Ring 4310 EUROTe V F. Willeke (DESY) Lineac Collider activities (cont’d) return

Other activities Subject Contr act Type Specif ic Title Nb institute Durat ion Cost (Meuro) continuatio n Contact NeutrinoDS Next Generation of Neutrino Oscillation Facilities 42320CARE/BENER. Edgecock (RAL) NeutrinoDS+I3JRA FFAG >10516F. Meot Phi FactoryDSDAPHNE upgrade : DANAE???? Laser-Plasma?JRA LAser Plasma TECHnology CARE/PHIN, EuroLeap V. Malka (CNRS) return

Line of action/ActivityTopics called Funding scheme(s) € (millions) indicative 1. Support to existing research infrastructures 1.2 ICT based e- Infrastructures INFRA : Scientific Digital Repositories Combination of Collaborative projects & Coordination and support actions (CSA) 89 INFRA : Deployment of e- Infrastructures for scientific communities. INFRA : e-Science Grid infrastructures 2. Support to new research infrastructures 2.1 Design studies INFRA : Design studies for research infrastructures in all S&T fields Collaborative projects 27 INFRA : Design studies for e- Infrastructures Construction of new infrastructures preparatory phase INFRA x: Preparatory phase for research infrastructures listed in the 2006 ESFRI Roadmap 120 INFRA x: Preparatory phase for Computer and Data Treatment Research Infrastructures in the 2006 ESFRI Roadmap 15 Main calls with closing dates spring 2007

Line of action/ActivityTopics called Funding scheme(s) € (millions) indicative 1. Support to existing research infrastructures 1.1 Integrating Activities INFRA : Integrating Activities in all scientific and technological fields. Combination of Collaborative projects and Coordination and support actions (CSA) 283 INFRA x: Integrated Activities to support the specific needs of thematic priority areas 1.2 ICT based e- Infrastructures INFRA : GÉANT 115 INFRA : Scientific Data Infrastructure Main calls with closing dates spring 2008 (~120) (~160)

Activity Call 1 (spring 2007)* Call 2 (spring 2008)* Call 3 (spring 2010)* Call 4 (spring 2012)* Integrating activitiesXXX e-InfrastructuresXXXX Design studiesX Construction – support to the preparatory phase XX Construction – support to the implementation phase XX Accompanying MeasuresXXXX Summary timetable FP7 * Closing date

Given the calendar of the calls planned, ESGARD recommends to submit all the Design Studies of the LoI list in the fist call early The upgrade of luminosity of the CERN-LHC 2.Super-beams and neutrino facilities 3.Fast cycling synchrotron design 4.Beta-beams study ESGARD decided to set-up working groups to help developing consistent set of research activities, in line with the priorities stated in the Strategy Document adopted by the CERN Council, and that could be imbedded in an (or several) Integrated Activity (IA) projects  High-intensity, high-energy proton beams (convener: R. Garoby)  Novel accelerating systems (convener: E. Jensen)  Superconducting RF acceleration system (convener: O. Napoly) ESGARD recommendations A first meeting was help on October 30 at CERN Considering the proposals received so far, ESGARD recommends the following priorities

Starting from the LoI received, the working groups are expected to establish  a consistent set of prioritized Joint Research Activities, including a first estimate of the needed resources for each activity,  Identify the infrastructures that will benefit from the proposed R&D,  Identify the infrastructures that could be subject to Transnational Access,  A consistent set of Networking Activities related to the R&D activities  The laboratories/institutes/universities that would participate to the different activities.  A possible coordinator for each NA, TA and JRA It is expected to get a first report from these working groups during the CARE06 meeting in Frascati from November 15 to 17, Mandate of the Working Groups

Conclusion ESGARD has started the process for coordinating the next round Accelerator R&D project The call for LoI has shown that there is a strong interest from the community to strengthen further the accelerator R&D program in Europe ESGARD will meet on December 5 th to review the situation and discuss the next steps ESGARD has set up working groups to propose a consistent set of Networking, Transnational Access and R&D activities