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Communal nutrition in ants – NUTRIANTS
The proposed project on nutrition and social organization in ants addresses a question that has long been recognized, but rarely studied: how are the collective nutritional needs of a colony regulated through the actions of their individual members
Communication cellulaire et switch moléculaire chez Bacillus cereus – Cell.com
function of the NprR protein. Moreover, this exceptional molecular property is a remarkable tool to study
Compressed images and Video interpolation and enhancement for legal evidence – IMPROVED
To explore new algorithmic axes for image enhancement and restauration, with modern technologies, targeting scientific police needs.
Comédie-Française Registers 2 – RCF2
is dedicated to affording prominence to the exceptional documents stored at the Comédie-Française archives:
Congo basin forests: tipping points for biodiversity conservation and resilience of forested social and ecological systems – CoForTips
Forests of the Congo Basin shelter an exceptional biodiversity, provide critical ecosystem services and
Construction réelle et virtuelle de modèles biologiques de paroi végétale – ANALOGS
realize materials that allow the transfer of the exceptional mechanical properties (i.e., tensile strength
Contacts and Acculturation in Classical Etruria : Images, Notions, Artefacts – CAECINA
reach a better understanding of that highly exceptional phenomenon, and the way it worked, we have chosen [...] Etruscan culture as a whole. The excavation of an exceptional Etruscan/Hellenistic rock-cut tomb will allow
Contextual Control of Choice – CoCoChoice
supporting decision making. But there is one notable exception. This field has largely ignored the influence
Control Of Motile Multiciliogenesis In Tetrapods – COMMIT
illustration that “nothing in biology makes sense except in the light of evolution” (Dobzhansky, T. 1973
Controlled Computation of Point-Defect Characteristics in High entropy Alloys – CoCoA
This project aims at obtaining an improved understanding of point defect (PDs) physics in High Entropy Alloys (HEAs), and at providing methods to precisely characterize their intrinsic properties at the atomic scale. These quantities are then used to inform meso-scale models (of e.g. mechanical properties and diffusion), so as to predict HEAs behavior and guide alloy design.
