Search for a funded project
New approaches to bridge the gap between genome-scale metabolic networks and untargeted metabolomics – MetClassNet
New approaches to bridge the gap between genome-scale metabolic networks and untargeted metabolomics
New approach to overcome the AntiBiotic Resistance mediated by the ß-lactamases – ABR-Breaker
of priority pathogens to fight, followed by the ANR that defined it as a strategic priority. The first
New Energies Integration and Electrical Grid Optimization Laboratory – aLIENOR
combine their expertise to jointly respond to the ANR call for projects to set up a common laboratory (LabCom)
NEOnatal PREcursors of NEurodevelopment – NEOPRENE
For effective therapy of neurodevelopmental disorders, neonatal screening is necessary. The NEOPRENE project proposes that tactile perception and attention are the first foundations of cognitive development and that atypical touch processing at birth exerts a pervasive detrimental influence leading to syndrome-relevant, not syndrome-specific, impairments.
NANO FLYing vehicle based on vibrating wings control – NANOFLY
from IEMN and ENSAM has been set up in a previous ANR-ASTRID project named "CLEAR-flight" and has allowed
Multi-Modal Multi-person Low-Level Learning for Robot Interaction – ML3RI
Multi-person robot interaction in the wild (i.e. unconstrained and using only the robot's resources) is nowadays unachievable because of the lack of suitable machine perception and decision-taking models. Indeed, current robotic skills are derived from machine learning techniques working in constrained environments.
Molecular basis of haploid male genome programming – EpiSperm4
This program follows three successful previous ANR programs, EpiSperm1, EpiSperm2 and EpiSperm3, all
Molecular Recognition Technology for Trace-Scale RAdioisotope Measurement in Complex Matrices – TESMARAC
innovation with TRL levels expected at the end of the ANR-funded phase ranging from 3 to 9. The purpose of [...] sustainability of the joint laboratory (after the ANR support phase) will be based on (i) making laboratory
Microstructure and mechanical properties of polycrystalline nickel-base superalloys of the aerojet engines of the future – TOPAZE
Capable of higher operating temperatures, new polycrystalline nickel-based superalloys are used for new generation aircraft engines. To take full advantage of the performance of these materials, the microstructure changes occurring during the forming operations must be perfectly controlled and lead to the optimal microstructure, to be defined according to the targetted in-service conditions.
Metastability for nonlinear processes – METANOLIN
The project deals with questions linked to metastability for nonlinear stochastic processes: the so-called self-stabilizing diffusion (which is a McKean-Vlasov diffusion in which the law of the process intervenes in the drift through convolution), the self-interacting diffusio, (where the occupation measure intervenes in the drift) and Keller-Segel type diffusions (with space-time interaction).