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MISSION for INTERDISCIPLINARITY March 2012

MISSION for INTERDISCIPLINARITY March 2012. 1 I The new scene of French research. 2 I The organisation of the MI. 3 I The actions. 4 I The actions under way. 1 I The new scene of French research.  The agencies. ANR and AERES.  The LRU. Autonomy of universities.

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MISSION for INTERDISCIPLINARITY March 2012

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  1. MISSION for INTERDISCIPLINARITY March 2012

  2. 1 I The new scene of French research. 2 I The organisation of the MI 3 I The actions 4 I The actions under way.

  3. 1 I The new scene of French research  The agencies ANR and AERES  The LRU Autonomy of universities  The thematical alliances Ancre, Aviesan, AIIEnvi, Allistene, Athena  The investments of the future Equipex, Labex, Idex,…  The ecosystem of innovation

  4. 2IOrganisation of the MI 2.1 I A steering committee for interdisciplinarity Direction of MI + 10 DAS II + ISCC + MRCT+DIRCOM+DIRE • Set-up and operational follow-up of interdisciplinary tools and actions Then • Validation by the College of Directors of the CNRS 2.2 I Under instruction, an expert committee • 20 members : experienced in interdisciplinarity • Scientists from CNRS, universities, members of Alliances, industrials • Interdisciplinary strategic outlook • Interdisciplinary prospective: definition of scientific axes, opening to training… • Follow-up and evaluation of interdisciplinary actions

  5. 3IThe actions 3.1 I The grand challenges. 3.2 I Network interdisciplinarity 3.3 I Site interdisciplinarity 3.4 I The other actions Opening of an interdisciplinary « ideas box » (open to the entire community) http://www.cnrs.fr/dgds/interdisciplinarite/boite-a-idees.php

  6. 3.1 I The grand challenges • Long term research actions (> 5 years) and high-risk • Choice of units/teams engaged • Annual progress evaluation The steering committee examines the exploratory themes and makes propositions for: • Promoting and backing actions on the interfaces • Answering a need, an objective… • Favoring the emergence of new disciplinary fields Potential partners : ■ the major research organizations, ■ the industries, ■ the universities…

  7. 3.2 INetwork interdisciplinarity  PEPS : Exploratory projects  Interdisciplinary research networks: RTP (Genre…), GDR, AIR…  MRCT : network of resources and technological competences • New technological challenges • New resource mutualizing • Innovation • Executive education…

  8. 3.3 I Site interdisciplinarity (1/2)  By reactive project calls  of PEPS-type to favor relations with local communities, help at the start up of high-risk projects…  Evolution of Project Hotels •  emergence of young talents (ERC), •  hosting of high-level personalities around a scientific projet •  …

  9. 3.3 I Site interdisciplinarity (2/2)  Inter-institute laboratories (inter-section) • Definition of a laboratory « model » • Propositions for running and managing  The technological platforms • Organization of interdisciplinary projects around an equipment, … Interdisciplinary training in doctoral schools Potential partners : ■ universities, ■ regions, ■ other organizations…

  10. 3.4 I The other actions  Recruitment - promotions • CID monitored and coordinated by the MI • Proposition of interdisciplinary posts within the disciplinary sections: ▪ for recruitment • ▪ for promotions  Evaluation  Action in concertation with the AERES aimed at the evaluation of interdisciplinarity  Interdisciplinarity and international  Opening of actions to UMI/UMIFRE

  11. 4 I Actions under way 4.1 I Grand challenges • ▪ NEEDS – Nuclear energy, environment, waste, society. • ▪ MASTODONS: Very large data masses • ▪ DEFI-SENS, Perceptive insufficiencies and personalized substitution • Synthetic Biology • Nano - G3N : Graphene, New paradigms, Nanomedecine, Nanometrology

  12. NEEDS : Nuclear energy, environment, waste, society. • 8 axes • Nuclear Systems (CNRS, CEA, EDF, IRSN) • Treatment and conditioning of radioactive waste (CNRS, ANDRA, EDF, CEA, AREVA) • Treatment/recycling of nuclear fuels (CNRS, CEA, AREVA, EDF) • Characterization and modeling of geological storage (CNRS, CEA, ANDRA, EDF, IRSN) • Impact of nuclear activities on the environment (CNRS, CEA, EDF, IRSN)) • Resources: mines, processes, economics (CNRS, CEA, AREVA) • Nuclear, risk and society (CNRS) • Materials for nuclear energy (CNRS, CEA, EDF, AREVA)

  13. DEFI-SENS, Perceptive insufficiencies and personalized substitution • 6 axes • Specialized Axes : • Touch and haptic • Sight and hearing • Smell and taste • Transversal axes • Equilibrium and motivity • Reinforced and substituted perception (biological sensors – captors) • The human, the social, the economy and perceptive substitution

  14. MASTODONS • Management, analysis and processing of large data masses (measurements, text, image, sound, ...) • 7 axes • Storage and management of big data (for example, on the Cloud), security, confidentiality. • Intensive computing on large volumes of data, data-driven parallelism. • Visualization of large data masses. • Knowledge extraction, data mining and machine learning. • Problems of ownership, rights of use, rights to forget. • Preservation/archiving of data for future generations. • Exploitation of large masses of data linked to scientific databases, social networks, very large literary corpuses, and others.

  15. Nano - G3N : Graphene, New paradigms, Nanomedicine, Nanometrology • Based on existing structures of CNRS : C’Nano, RENATECH and Proximity Centers • 4 themes to develop • Graphene and beyond : replacement of Si ; other materials eg. silicenes • New paradigms of information processing: energy efficiency, manufacturing at very large scale and low cost, respect of environmental laws • Nanomedicine : targeting the administration of medicines, theragnostics for personalized treatments, gene therapy • Nanometrology : measurement, control during elaboration, usage, waste during destruction of products at end of life-cycle, impacts on health and the environment, legislation • Methods and stakes

  16. 4 I Actions 4.2 INetwork interdisciplinarity PEPS competitive call (first backing) Bio, math, info in partnership with INSERM and INRIA SASLELX : backing of X-Ray free electron lasers Ecological inequalities and environmental justice Law and economics of the environment and of biodiversity  Networks RTP Genre, interdisciplinary GDR, MRCT…

  17. 4 I Actions under way 4.3I Site interdisciplinarity (1) IDEX Paris Sciences Lettres PSL * • Synthetic Biology (Marc Fontecave, Ludovic Jullien)  Project Hotels •  Laboratoire Joliot- Curie (LJC, Lyon) • Institut de recherche interdisciplinaire (IRI, Villeneuve d’Ascq) • Institut européen de chimie et biologie (IECB, Bordeaux) • Institut des technologies avancées en sciences du Vivant (ITAV, Toulouse) • Evolving: IPANEMA (Saclay) , IRCICA (Lille),…

  18. 4 I Actions under way 4.3I Actions under way on site (2) • PEPS on SITE IDEX of Bordeaux, Strasbourg, PSL* Montpellier Infectology – computer science and mathematical methods for studying epidemics and their evolution • DSR presents the project • Participation of the IDEX or PRES in the project

  19. 4 I Actions under way 4.4I Other actions  Consultation with other organizations on interdisciplinarity (Inserm, ANR…) • Interdisciplinary Laboratories • Continuation of the definition of an interdisciplinary laboratory –Scientometry – P Jensen INP – IXXI • AERES – Evaluation of interdisciplinarity  ERC SYNERGY 2012 : accompaniment  UMI – collaborative work with Georgiatech and UMIFRE (Tokyo)

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