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Dynamics of cortical morphology during childhood development – SulcalGRIDS
SulcalGRIDS aims at elaborating a new model of cortical morphogenesis that could explain how the human cerebral cortex shape complexity emerges during development. Such a model would be instrumental to develop novel biomarkers of early atypical development and to better understand the pathophysiolo
Development of a “scintronic" crystal for very fast timing gamma ray imaging applications – ClearMind
Recently, the development of new types of ultra-fast compact photo-detectors has improved the coincidence time resolution (CTR) of scintillation spectrometric chains below 100 ps (FWHM). These detectors consist of fast, thin scintillators, typically LSO, LYSO, LaBr3 or CeBr3 optically coupled to SiP
Infant diet and the child’s health and development – InfaDiet
Current recommendations regarding infant feeding advocate for exclusive breastfeeding during the first 6 months of life, or at least during the first 4 months. Furthermore, most international and national scientific societies recommend initiating complementary feeding at approximately 6 months of ag
Rational design of chemosensory compounds targeting smell, taste and emotion – chemosim
ChEmoSim is a fundamental and highly multidisciplinary project. It gathers academic experts in computational modeling, protein engineering, neuroscience, and a company expert in sensory analysis. The research hypothesis is that numerical models can crack the code of chemosensory sensations. To achie
Energy transformation mediated by electromagnetically-driven instabilities - from astrophysics to industrial applications – MagnetDrive
control systems for liquid metal batteries and thermo-electric/acoustic processes. Operational objectives: - Demonstration and control of Tayler instabilities, relevant to Liquid Metal Batteries and stellar interiors. -Thermo-acoustics: understanding the coupling between sound waves and thermal g
Achieving the Paris Agreement Temperature Targets after Overshoot
The project strives to tackle the question of how to reduce the global temperature to the target level of the Paris Agreement (1.5 °C and 2 °C) if the target level is temporarily exceeded. The project focuses on the following two perspectives: i) physical climate and carbon cycle feedback and ii) mi
Femtosecond laser-induced integrated photonic architectures for infrared fluorescent microscopy standards – ArchiFLUO
- Development of new high-resolution optical standards for confocal red/infrared microscopy - Development of new photosensive glasses specifically designed to provide an optimised response under fs laser structuring - All-optical approach to manufacture multi-scale photonics architectures - demon
Infrared absorption continua: Laboratory studies, calculations and applications to the modeling of the atmospheres of telluric planets – COMPLEAT
The aim of this project is first to better characterize the absorption continua of H2O, H2 and CH4 mixed with CO2, through state-of-the-art laboratory measurements at different temperatures and calculations, and to provide reference datasets to the community studying the atmospheres of telluric plan
Efficiency and reliability enhancement of a multi-source DC microgrid dedicated to residential applications by integrating bi-Level managements – EREMITE
Despite of its numerous advantages and extensive applications, DC microgrid is still relatively a novel technology and its grid architectures, control strategies, stabilization techniques and so on deserve tremendous research efforts. In both European and French scales, as more and more renewable DC
Fungal communities associated with marine plastic waste and their bioremediation potential – MycoPLAST
In recent years, evidence has accumulated for the presence and activity of fungal communities in a wide variety of aquatic habitats. While numerous studies have provided evidence for metabolically active marine fungi, the extent to which they make a significant contribution to biogeochemical cycling
