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A human-scale, international, and independent pharmaceutical group governed by a Foundation. Now a world leader in cardiology, Servier has chosen to become a focused and innovative player in oncology by 2030, targeting difficult-to-treat cancers and devoting more than 70% of our R&D budget to this area. This challenge is being pursued in parallel with the development of our generic business, which aims to provide access to high-quality, low-cost healthcare for all.
The Irène Joliot-Curie Laboratory of Physics of the Two Infinities, or IJCLab, is a joint research unit of the CNRS, Paris Saclay University, and Paris-Cité University, located on the campus of the Faculty of Sciences in Orsay. This laboratory is the result of the merger of five laboratories (CSNSM, IMNC, IPNO, LAL, and LPT) that were geographically and thematically close to each other on the Orsay campus. These laboratories share a common history, linked to the creation and development of the Orsay Campus.
Research conducted at the IBISC laboratory focuses on the modeling, design, simulation, and validation of complex systems, whether living or artificial. The laboratory is organized into four teams (AROBAS, COSMO, IRA2, SIMOB), enabling two cross-disciplinary research areas to be defined: ICT & Life Sciences (computational biology, bioinformatics, personal assistance, signals and images for biomedicine) and ICT & Smart Systems (autonomous and intelligent systems, open and secure systems).
Research conducted at the IBISC laboratory focuses on the modeling, design, simulation, and validation of complex systems, whether living or artificial. The laboratory is organized into four teams (AROBAS, COSMO, IRA2, SIMOB), enabling two cross-disciplinary research areas to be defined: ICT & Life Sciences (computational biology, bioinformatics, personal assistance, signals and images for biomedicine) and ICT & Smart Systems (autonomous and intelligent systems, open and secure systems).
Research conducted at the IBISC laboratory focuses on the modeling, design, simulation, and validation of complex systems, whether living or artificial. The laboratory is organized into four teams (AROBAS, COSMO, IRA2, SIMOB), enabling two cross-disciplinary research areas to be defined: ICT & Life Sciences (computational biology, bioinformatics, personal assistance, signals and images for biomedicine) and ICT & Smart Systems (autonomous and intelligent systems, open and secure systems).
Research conducted at the IBISC laboratory focuses on the modeling, design, simulation, and validation of complex systems, whether living or artificial. The laboratory is organized into four teams (AROBAS, COSMO, IRA2, SIMOB), enabling two cross-disciplinary research areas to be defined: ICT & Life Sciences (computational biology, bioinformatics, personal assistance, signals and images for biomedicine) and ICT & Smart Systems (autonomous and intelligent systems, open and secure systems).
IFP Energies nouvelles (IFPEN) is a major player in research and training in the fields of energy, transportation, and the environment. From research to industry, technological innovation is at the heart of its activities. IFPEN is involved in four main areas:
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Climate, environment, and the circular economy;
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Renewable energies;
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Sustainable mobility;