Search for a funded project
Distributed adaptation and learning over graph signals – DARLING
The objective of the DARLING project is to propose new adaptive, distributed and collaborative learning methods on high-dimensional dynamic graphs in order to extract structured information from the data streams acquired or transiting at the nodes of these graphs. These methods are confronted with two state-of-the-art observation techniques operating at extreme scales: radio astronomy with the SKA instrument and brain imaging by magnetoencephalography.
Distribution of HYdrogen in the protoplanetary Disk and deliveRy to the Terrestrial planEts – HYDRaTE
Although hydrogen is the most abundant element of the Solar System, little is known about its distribution among planetary materials. In particular, the question of the origin of hydrogen -and thus water- on Earth, Mars or the Moon remains highly debated. The HYDRaTE project proposes to use primitive meteorites, chondrites, as witnesses for the building blocks of planets to bring clues on the hydrogen distribution in the protoplanetary disk materials.
Do new environmental regulations support emergent agricultural frontiers in Brazil? – SOYLANDIA
Do new environmental regulations support emergent agricultural frontiers in Brazil?
Does cell quiescence prevent LOH induced by CRISPR? – CRISPR-SAFE
(Cullot et al Nat com 2019, Boutin et al Nat com, 2021). Based on novel and robust preliminary results
Domestication as a step towards reproductive isolation – DomIsol
Genetic exploitation of wild relatives in crop improvement is a key alternative strategy to the massive use of inputs, and promotes the sustainability of agroecosystems. It is however conditioned by cross compatibilities between wild and domesticated forms, and fertility of the resulting progenies. <br />The DOMISOL project aims at characterizing the extent and molecular nature of reproductive barriers between wild and domesticated forms, and at investigating the underlying evolutionary processes.
Droplet-based Textile Microfluidics for High-Throughput Organoids Screening – DROMOS
Droplet-based Textile Microfluidics for High-Throughput Organoids Screening
Droïds in Occitania – DRiOC
project. This project, funded by the Occitanie region (2021 – 2025) and by industrial partners, including SOBEN
Dual Feedback Streams and Laminar integration of Long-range Inter-areal Processes in Primate Cortex – Dual_Streams
Distinguishing the unknown roles of two feedback pathways that have been identified in the inter-areal projections of primate cerebral cortex. We aim to probe these by studying layer-specific activity in early visual areas during cognitive tasks requiring perceptual integration and attention in human and nonhuman primate. We expect the results to have a major impact on our understanding of the neural mechanisms underlying numerous brain-related phenomena.
Dual-task automaticity across the lifespan: fast is fine, but preparation is paramount – PreP
Ruthruff, & Arexis, 2020; Maquestiaux & Ruthruff, 2021) have developed to probe for dual-task automaticity
Dung beetles for agricultural education – ColCopEA
consortium involving AE, MNHN and CEFE was created in 2021, in order to study the complex and poorly-known
