EXTEREME LIGHT INFRASTRUCTURE. ELI and experience with international cooperation. Date:

Similar documents
The ELI-ALPS project ELI: Extreme Light Infrastructure ALPS: Attosecond Light Pulse Source. Zsolt Fülöp

Research infrastructure project. HIBEF-Polska

Extreme Light Infrastructure ELI Beamlines. High-Energy Beam Pillar of the pan-european Research Infrastructure ELI

NATIONAL MINISTRIES. GSO Framework for Global Infrastructures G8 + 5

DTP Capitalisation Strategy

Synergies between the ESIFs and H Research Infrastructures

POSITION PAPER. GREEN PAPER From Challenges to Opportunities: Towards a Common Strategic Framework for EU Research and Innovation funding

Position Paper on Horizon ESFRI Biological and Medical Research Infrastructures

Research Infrastructures and Innovation

DANUBE INNOVATION PARTNERSHIP

The Biological and Medical Sciences Research Infrastructures on the ESFRI Roadmap

National and European-level strategies for implementing open access research infrastructures. Euro-BioImaging Stakeholder meeting Wien, Jan 21, 2013

ELI-NP Team, March 5, 2013

The Research Infrastructures in FP7

Research Infrastructures in HORIZON 2020 and possible actions to increase the synergies

European Research Infrastructures Framework Programme 7

Access to Research Infrastructures under Horizon 2020 and beyond

FP7-INFRASTRUCTURES

Workshop about Research Infrastructures and Structural Funds Draft Report

Consultation on Long Term sustainability of Research Infrastructures

Extreme Light Infrastucture (ELI) Science and Technology at the ultra-intense Frontier. Bruno Le Garrec

Commission proposal for Horizon Europe. #HorizonEU THE NEXT EU RESEARCH & INNOVATION PROGRAMME ( )

LTS of Ris - Action plan - prospects for the future programming period

Proposing a European Partnership in HORIZON EUROPE

SCIENCE, TECHNOLOGY AND INNOVATION SCIENCE, TECHNOLOGY AND INNOVATION FOR A FUTURE SOCIETY FOR A FUTURE SOCIETY

Brief presentation of the results Ioana ISPAS ERA NET COFUND Expert Group

8365/18 CF/nj 1 DG G 3 C

MILAN DECLARATION Joining Forces for Investment in the Future of Europe

NMR Infrastructures. in Europe. Lucia Banci Sco1

SME support under HORIZON 2020

Annual Report

Opportunities for Science & Technology Cooperation between the European Union and Russia

7656/18 CF/MI/nj 1 DG G 3 C

Research Infrastructure Programme

The TTO circle workshop on "Technology Transfer in Nanotechnology"

Research Infrastructures in FP7

TOWARD THE NEXT EUROPEAN RESEARCH PROGRAMME

Developing Smart Specialisation through Targeted Support

BULGARIAN INNOVATION MODEL

Terms of Reference. Call for Experts in the field of Foresight and ICT

Developing Research Infrastructures for 2020 and beyond

Developing Research Infrastructures for 2020 and beyond

" ANNEX 4 HORIZON 2020 WORK PROGRAMME European research infrastructures (including e-infrastructures).."

Commission proposal for Horizon Europe. #HorizonEU THE NEXT EU RESEARCH & INNOVATION PROGRAMME ( )

Horizon Work Programme Leadership in enabling and industrial technologies - Introduction

The PaNOSC Project. R. Dimper on behalf of the Consortium 30 January Photon and Neutron Open Science Cloud

Realising the FNH-RI: Roadmap. Karin Zimmermann (Wageningen Economic Research [WUR], NL)

Please send your responses by to: This consultation closes on Friday, 8 April 2016.

BUILDING CAPACITIES: ENTREPRENEURIAL LEARNING AND SME SKILLS

COUNCIL OF THE EUROPEAN UNION. Brussels, 9 December 2008 (16.12) (OR. fr) 16767/08 RECH 410 COMPET 550

Community actions for. Research Infrastructures. Maria Theofilatou. Research Infrastructures Unit. DG RTD-B ERA: Research Programmes and Capacity

Europe as a Global Actor. International Dimension of Horizon 2020 and Research Opportunities with Third Countries

Strengthening the knowledge base and reducing fragmentation

Water, Energy and Environment in the scope of the Circular Economy

Conclusions on the future of information and communication technologies research, innovation and infrastructures

R&D funding for SMEs in the 7th Framework Programme

LLC Research Programme Financed by the LLC Linnaeus Grant

Horizon Europe structure and budget allocation Helen Fairclough UK National Contact Point

An ecosystem to accelerate the uptake of innovation in materials technology

Developing Research Infrastructures for 2020 and beyond

CERN-PH-ADO-MN For Internal Discussion. ATTRACT Initiative. Markus Nordberg Marzio Nessi

Commission proposal for Horizon Europe. #HorizonEU THE NEXT EU RESEARCH & INNOVATION PROGRAMME ( )

Framework Programme 7 and SMEs. Amaury NEVE European Commission DG Research - Unit T4: SMEs

Conclusions concerning various issues related to the development of the European Research Area

Report on the Results of. Questionnaire 1

Athens, ΕΘΝΙΚΟ ΙΔΡΥΜΑ ΕΡΕΥΝΩΝ NATIONAL HELLENIC RESEARCH FOUNDATION

Research Infrastructures: Towards FP7

10246/10 EV/ek 1 DG C II

INTERIM EVALUATION METHODOLOGY FOR LARGE RESEARCH INFRASTRUCTURES

Digital Innovation Hubs & Smart Specialisation

Commission on science and Technology for Development. Ninth Session Geneva, May2006

ClusterNanoRoad

Establishing a reference framework for assessing the Socio-economic impact of Research Infrastructures

The ATTRACT Project: from Open Science to Open Innovation. Sergio Bertolucci University of Bologna and INFN

International Conference on Research Infrastructures 2014

11/11/ PARTNERSHIP FOR ADVANCED COMPUTING IN EUROPE

Position Paper of Iberian Universities Design of FP9

An Introdcution to Horizon 2020

Large Infrastructures for Research, Experimental Development and Innovation in the years

POSITION OF THE NATIONAL RESEARCH COUNCIL OF ITALY (CNR) ON HORIZON 2020

Work Programme Fostering the innovation potential of RIs

An introduction to the 7 th Framework Programme for Research and Technological Development. Gorgias Garofalakis

EX-ANTE EVALUATION METHODOLOGY FOR LARGE RESEARCH INFRASTRUCTURES

HORIZON Presentation at Manufuture Perspectives on Industrial Technologies in Horizon 2020 and Beyond

March National Institutes for Quantum and Radiological Science and Technology

NOTE Strategic Forum for International S&T Cooperation (SFIC) opinion on the ERA Framework (input to the ERAC opinion on the ERA Framework)

IMPLEMENTING AGREEMENT NON-NUCLEAR ENERGY SCIENTIFIC AND TECHNOLOGICAL CO-OPERATION

Innovating together Collaborations between multi-national companies and academia in China

The political context of Research Infrastructures Consequences for impact and evaluation

demonstrator approach real market conditions would be useful to provide a unified partner search instrument for the CIP programme

Horizon 2020 and Photonics

Horizon Europe The next EU Research & Innovation Programme ( )

The Rolling Agenda. 3-year strategic programme and 2-year work programme, what about it? Opportunities and obstacles

Research Infrastructures from FP7 to Horizon 2020

A New Platform for escience and data research into the European Ecosystem.

RECOMMENDATIONS. COMMISSION RECOMMENDATION (EU) 2018/790 of 25 April 2018 on access to and preservation of scientific information

Support R&D and Innovation in Portugal 2020

Text Text. Cristian Matti 1,2, Irene Vivas 1,3, Julia Panny 1 and Blanca JuanAgullo 1. EIT Climate-KIC, 2 Utrecht University 3 Maastricht University

Experiences from the Social Sciences - possible links to Health Data?

Research and Innovation Strategy for the Smart Specialisation of Catalonia. Brussels March 20th, 2014

Transcription:

EXTEREME LIGHT INFRASTRUCTURE ELI and experience with international cooperation Date:

What is ELI? ELI, the Extreme Light Infrastructure, will be the first laser research infrastructure world-wide which is the result of a co-ordinated effort of a multi-national scientific laser community. ELI White Book, 2011 A scientific community going global! 2 2

ELI Mission Building the world's first international laser infrastructure with a state of the art laser equipment (ultra-intense short pulse lasers and secondary sources of particles and x-rays) Enabling revolutionary science as a wide benefits to society ranging from medical and biomolecular, environment, fusion research, space science, astro-biology, fast electronics, creation of new materials, fundamental physics Creating an attractive platform for educating a new generation of PhD. students, scientists and engineer 3 3

Research Areas X-ray and gamma sources, laboratory astrophysics Proton acceleration Electron acceleration Nanotechnology and advanced materials Biology and biochemistry Medical diagnostics and treatment technology 4 4

Science is the driver The science case is why Europe has decided 11 years ago to build ELI The applications potential (the socio-economic added value) is why Europe has decided to build ELI in three CE countries, using Structural Funds 5 5

Why a Research Infrastructure? A Research Infrastructure is a unique/rare set of facilities and instruments, built and managed for service to international researchers to allow the development of unique scientific projects. The users are attracted by its quality and selected solely on the quality of the proposed projects and bring the best ideas and strongest technical challenges. The instruments, staff and management of the Infrastructure are, then, fully exposed to international competition in science, technology, education and organization. This translates into technological and educational advances, connected to economical and social returns. For this reason the EU (Countries and Commission) have developed a European strategic approach including the use of structural funds in synergy with national and EU Framework Programme funding. 6 6

ELI characteristics of international dimension ELI will be the world s first international laser research infrastructure, pursuing unique science and research applications CERN of laser research ELI is the first ESFRI project to be fully implemented in the newer EU Member States ELI will be operated as a distributed research infrastructure based on 3 specialised and complementary facilities located in the Czech Republic, Hungary and Romania ELI is pioneering a funding model combining the use of structural funds with national and EC funding and contributions in an ERIC 7 7

ELI roadmap initiation Parallel implementation joint operation 2008 2011 2013 2017 PP MoU ELI Delivery Consortium ELI-ERIC 8 8

Lasers in Europe A structured research landscape to meet global challenges and create economic growth European Laser Community Infrastructure Network: Laserlab- Europe ESFRI Pan-European Research Infrastructures ELI The basis Flexible instrument to perform and initiate new science beyond the national scale Mission-oriented single entities to meet global challenges Date: 9

ELI Pan-European Project ELI-BL Dolny Brezany Czech Republic ultrashort x-ray generation, particle acceleration ELI-ALPS Szeged Hungary ultrashort laser pulses at high repetition rate ELI-NP Magurele Romania ultra-intense optical and gamma ray pulses UHFS Ultra-High-Field Science unprecedented laser field strength (location: to be decided later) 10 10

Structural funds Characteristics and opportunities Structural funds allocated at the national level through 3 separate processes and grant agreements Grant beneficiaries (ELI-Hu, IoP, IFIN-HH) individually responsible for the implementation of the 3 ELI facilities ESIF: objectives of socio-economic development for the hosting regions (besides RI objectives) Additional funding of Technology Transfer 300 250 200 150 100 50 0 311 278 231 ELI-ALPS ELI-Beams ELI-NP 11 11

Now we get ELI ERIC The integration of the three Pillars will provide Europe with a unique International RI, open to scientific users on the basis of excellence, and to Industry developers through transparent and competitive procedures The Members are Governments (or International Organizations) and «may» indicate Institutions as their Representing Entities, fixing the limits of the mandate As an international organization the ERIC has tax exemptions Procurement rules are independent from EU rules But staff rules are national, and still the whole potential + limits have to be explored 12 12

Partner facilities The ERIC Member can propose a Partner Facility offering complementary techniques for users (e.g. prepare demonstration experiments, lower energy tests ) collaborating to develop new instruments, procurement training users Their role will be similar, partly overlapping, to that in LaserLab-Europe The Partner Facility should also facilitate the national community in gaining access to ELI (training, testing) 13 13

Financial Plan initiation ~ 6 M Prep. Phase parallel implementation ~ 850 M total EU Structural Funds + Host state contributions ~ 3.5 M ELITRANS joint operation 80+ M /a ELI-ERIC 2008 2011 2015 2018 ELI: the first to use a comprehensive financing instrumentarium EU R&I EU ERDF ERIC 14 14

Challenges - National level National authorities too big to fail, but also challenging to handle Challenges what is the role of national authorities in implementation of pan-european or international organization? Where can we learn that? Aspects of funding and governance - direct or indirect steering? The lesson from ELI pillars shows that each countries took in some aspects a bit different approach. 17 17

Challenges - Regional level Distributed infrastructure Distributed in Central and Eastern Europe Cooperation between pillars Cooperation x competition Balance between unification and risk sharing technology choices Little experience in coordinated actions of all kinds Building a precedent 18 18

Challenges - European level New members states after 13 years Lack of trust, history of joint actions, personal links, Funding ESIF Indirect contribution Constrained motivation, limited shared ownership Opportunity x guinea pig role stakeholders understanding, administration Cooperation between member states and EC still not on a sufficient level Struggle for resources Competition instead of cooperation Restricting mobility stay or leave Balancing the interest of the community and national infrastructures 19 19

ELI lasers for better future Date: