Il programma FET nel contesto nazionale

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1 Il programma FET nel contesto nazionale Daniela Corda Istituto di Biochimica delle Proteine, CNR, Napoli; Rappresentante per l Italia nei Comitati ERC, Marie Slodowska-Curie Actions, Future and Emerging Technologies (FET) di Horizon 2020

2 PER INFORMAZIONI NCP FET Marta Calderaro APRE NCP FET Gianluigi Di Bello APRE Web sites H2020 and EURAXESS

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4 FET Andamento , n. partecipanti globale e Italia. Confronto eligible/retained e tasso di successo

5 FET Andamento , contributo finanziario globale e Italia. Confronto eligible/retained e tasso di successo WP funds --FET Open 434 M ->535 M -> 567 M

6 FET Italia: distribuzione partecipazioni e contributo finanziario per tipologia di ente

7 Coordinamenti: confronto tra Paesi per numerosità e contributo finanziario Paesi Eligible Retained # Proposte Contributo finanziario Tasso di successo % progetti (sul totale di H2020) Eligible Retained Tasso di successo finanziario % di budget (sul totale H2020) UK - United ,9% 14,9% ,00 Kingdom ,00 4,9% 14,4% FR - France ,6% 13,5% , ,00 7,4% 13,7% DE - Germany ,7% 12,2% , ,00 5,6% 12,7% ES - Spain ,1% 12,2% , ,00 5,9% 10,2% SE - Sweden ,7% 4,7% , ,00 12,1% 9,7% EL - Greece ,6% 6,1% , ,00 6,4% 5,0% NL - Netherlands ,2% 5,4% , ,00 4,5% 4,2% IT - Italy ,3% 8,8% , ,00 1,2% 3,7% TOT UE ,7% 77,7% selezione , ,00 5,1% 73,7% Altri Membri EU ,8% 16,2% , ,00 3,1% 11,4% TOT UE ,0% 93,9% , ,00 4,7% 85,2% Paesi Candidati ,0% 0,0% ,00-0,0% 0,0% Paesi Associati ,0% 6,1% , ,00 13,0% 14,8% Paesi Terzi 1 0 0,0% 0,0% - - 0,0% 0,0% TOT H ,5% 100,0% , ,00 5,2% 100,0%

8 Confronto tra Paesi: n. coordinamenti. Confronto eligible/retained e % di proposte sul totale di Horizon 2020

9 Da: BUG DATA Che cosa dicono i dati europei del settimo programma quadro sul sistema della ricerca e come intervenire in Europa e in Italia. 9 Alberto Anfossi, Arianna Montorsi e Riccardo Zecchina

10 Considerazioni FET Open : Programma di maggiore interesse per IT Tassi di successo europei del 3,8%, 1,7 %, 1,3% e 4,1% (dati relativi ai soli progetti di ricerca e innovazione). - Difficile una selezione qualitativa accurata - 50% delle proposte a coordinamento IT sopra soglia FET Proactive: numero particolarmente esiguo nei coordinamenti italiani. Aree di maggiore interesse per l Italia - «Disruptive Information Technologies» - «New technologies for energy and complex materials» HPC: maggior successo della comunità italiana tasso di successo al di sopra del 27 % in termini di partecipazioni ammesse al finanziamento nel solo 2014

11 Coinvolgimento nazionale nelle iniziative transnazionali Partecipazione italiana agli ERA-NET Cofund

12 FLAG-ERA Joint Transnational Call 2016 Funded projects

13 FLAG-ERA Joint Transnational Call 2017 The FLAG-ERA Joint Transnational Call (JTC) 2017 supports research Partnering Projects in synergy with the two FET Flagships, the Graphene Flagship and the Human Brain Project. On October 20, 2017, FLAG-ERA recommended 23 projects for funding. 100 K per project, both areas

14 QuantERA Call 2017 First call for proposals in the field of Quantum Information and Communication Sciences & Technologies (Q-ICST). Explore collaborative advanced multidisciplinary science and/or cutting-edge engineering (Q communication; Q simulation; Q computation; Q information sciences; Q metrology sensing and imaging; Novel ideas and applications) All Coordinators will be informed about the outcome of the evaluation in November, 2017.

15 CHIST-ERA Call 2017 Object recognition and manipulation by robots: Data sharing and experiment reproducibility (ORMR) and Big data and process modelling for smart industry (BDSI) Pre-Proposal Submission Deadline: 11 January 2018 Funding Agency: MIUR (0.5 M, MAX 150 k per project)

16 Board of Funders - BoF FET FLAGSHIP Budget 50% invested by EC, 50% by MS / AC Therefore it is necessary a Governance body, co-chaired by both EC and MS, able to: - foster synergies and coordination of activities planned at national, regional or transnational levels - promote the innovation potential of the FFs - Discuss opportunities for international cooperation

17 Verso il prossimo Programma Quadro

18 Verso il prossimo Framework Programme Aumentare gli investimenti nazionali per RICERCA ed INNOVAZIONE L FP9 punta alla ricerca d'eccellenza come motore dell'innovazione. Il Rapporto Lamy (giugno 2017) LAB FAB APP Investing in the European future we want 12 esperti che hanno valutato come massimizzare l impatto dei programmi europei di ricerca e innovazione. La ricerca europea-lab (sia dirompente che incrementale) produce già conoscenza ed idee eccellenti, da meglio trasferire, fabbricando-fab nuovi mezzi che facilitino il processo; le applicazioni-app avvantaggiate dai nuovi processi e dalla consapevolezza della società porteranno al successo, ed ai benefici attesi dai programmi previsti per FP9.

19 Verso il prossimo FP9: FET Flagships - Partnering for excellence, 6th Nov 2017 The success of the FET Flagships lies in the involvement of both academic and industrial partners from the early stages of the process. They should continue to be open and ready to evolve to serve their objectives in the best way, and according to the needs and developments of technologies. Europe needs such ambitious projects to remain a global science leader, to bring new medical treatments, safer transport, cybersecurity and many more benefits to people. Stepping up investments in research and innovation is essential for the future of Europe. Andrus Ansip, European Commission Vice-President for the Digital Single Market

20 Verso il prossimo FP9: European Innovation Council Europe should do better in breakthrough, market-creating innovation and in high-growth companies (interim evaluation H2020) The H2020 Work programme for contains an EIC pilot: Support with no thematic restrictions to innovative firms and entrepreneurs with the potential to scale up rapidly at European and global levels Aimed at people and companies who have ideas that are radically different from existing products or services on the market or under development (not incremental improvements), are highly risky, and require significant investments to get to market Market-creating innovations are radically new, breakthrough products, services, processes or business models that open up new markets with the potential for rapid growth at European and global levels. Market-creating innovations take shape at the intersection between different technologies, industry sectors and scientific disciplines.

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22 European Innovation Council: pilot billion to support +5,000 SMEs and innovators ECOSYSTEM SUPPORT: COACHING, MENTORING for all beneficiaries Early stage science & tech Emerging tech, Visionary ideas FET-OPEN Future Emerging Technologies Test and co-create Demonstrate, validate FTI Fast Track to Innovation Feasibility / Startup SME Instrument Phase 1 Development SME Instrument Phase 2 Scale up Investment Soft blending M A R K E T C R E AT I N G 6 EIC HORIZON PRIZES: 1. Innovative Batteries for evehicles 2. Fuel from the Sun: Artificial Photosynthesis 3. Early Warning for Epidemics 4. Blockchains for Social Good 5. Low-Cost Space Launch 6. Affordable-HighTech for Humanitarian Aid

23 PER INFORMAZIONI NCP FET Marta Calderaro APRE NCP FET Gianluigi Di Bello APRE Web sites H2020 and EURAXESS

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25 FET FLAGSHIPS 2018 Preparatory Actions What makes this a FET Flagship Impact (why it is good for Europe) Integration and European added value Flagship's unifying goal and its underlying S&T roadmap; industry's endorsement and participation; governance structure attracting large public support Citizen engagement SSH

26 Modifications to draft WP Broad consensus on three areas Proposals should declare centre of gravity in one area Multidisciplinary proposals strongly encouraged Health and Life Sciences ICT and Connected Society Energy, Environment and Climate Change Fine tuning of: Envisioned output of preparatory actions Topic descriptions Evaluation process and criteria

27 FET FLAGSHIPS Quantum Technologies The long-term horizon is a Quantum Web : quantum computers, simulators and sensors interconnected via quantum networks distributing information and quantum resources. close cooperation between academia and industry defined output and impact KPIs included technology benchmarking against other approaches include user requirements