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IPSL Climate graduate school
continuité des 2 programmes post-doctoraux initiés en 2021 (WP3 et WP5). En tout, 11 jeunes scientifiques
INTerface reactivity, microstructure and stress Evolution during thin film GRowth: multi-scALe modelling and experimental validation – INTEGRAL
The «INTEGRAL« project aims to develop a multiscale, robust and realistic modeling tool for the growth of thin metallic films by physical vapor deposition, and in particular under energetic conditions such as those of spray deposition. cathodic tube with the ultimate aim of studying the processes of stress generation and relaxation.
INSTITUTE OF INFLAMMATORY DISEASES
spécialisés dans l'inflammation. Et depuis 2021 - Développer le volet science et société en
INSIGHTS INTO SOCIAL EXCLUSION RESPONSES: THE COGNITIVE UNDERPINNINGS OF ANTI- AND PRO-SOCIAL BEHAVIORS – InSER
Our goal is to break the vicious circle that exists between social exclusion and antisocial behaviors by tuning the cognitive processes producing prosocial responses. We argue that the key levers are situational appraisals which extract social contextual features: the prospect of consecutive exclusion leads to antisocial responses, whereas the potential for reinclusion leads to prosocial responses.
INFRASTRUCTURE NATIONALE EN PHENOGENOMIQUE SOURIS
infrastructure CELPHEDIA listed on the French roadmap in 2021. PHENOMIN has now been renewed for the period of
IMAGINg and analytical national platform for the Environmental and Energy transition
Lancé officiellement le 1 er octobre 2021, IMAGINE 2 a débuté la phase de mise en
Hydrothermal transformation of cellulosic substrates assisted by photocatalysis – PHOTHER
The objective is to replace petroleum resources with biomass to generate energy and/or manufacture platform molecules to synthesize drugs, plastics, etc. by developing a less energy-consuming concept, and new, more efficient and less expensive materials.
Hydrothermal Molten Salts for High Mn(V) oxidation State Materials – HSM2
élaboration et caractérisations avancées" of the ANR 2021 call.
Hydrogen molecular ions for precision physics – HYMPE
Molecular hydrogen ions H2+ or HD+ are sufficiently simple quantum systems to allow comparisons between theory and experiment at an extraordinary level of accuracy. This makes possible a better determination of some fundamental constants, but also the search for new effects beyond the standard model of particle physics.
