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Nanowire based electrodes engineering for photocatalysis – BEEP
Are semiconductor nanowires better than thin films for hydrogen generation?
Nanostructured Materials for Advanced Na Solid-sTate battERies – Na-MASTER
The main objective of this project is to develop by the synergic effect of both experiments and theory a full Sodium All Solid-State Battery (Na-ASSB) with superior performances in order to new solutions for electrochemical energy storage devices (cheaper, safzer, ...)
Nanoscale thermal sensing using hybrid diamond sensors – THESEUS
THESEUS project is geared towards the disruptive development of hybrid nano-thermometers, surpassing the performances of present nanoscale temperature probes, by providing sensitivities in the sub-mK/vHz range and high spatial resolution down to a few tens of nanometres, while operating over a broad range of temperature (200 K – 600 K) and in various environments including biological media.
Nano-mechanical engineering of 2D materials – CHACAL
The objective of the CHACAL research program is to better understand the behaviour and mechanical stability of 2D materials under local mechanical stresses, with a particular focus on their response/resistance to buckling under compressive stresses.<br />Our experimental approach consists in synthesizing/characterizing graphene on substrates of interest, and then thermo-mechanically stressing them.
NGAL, a novel target in Hypertension and associated comorbidities – NGAL-HT
«Our recent exploratory studies identified novel key roles of NGAL (Neutrophil Gelatinase-Associated Lipocalin) in the control of blood pressure. This led to the NGAL-HT consortium associating synergic expertise in pathophysiological research, translational studies and population genetics.
NExT (I-SITE)
proposés par les élus. Il a été approuvé début 2021 par les instances des établissements.
Méthodes moléculaires pour le stockage d'énergie et la production de carburant
molecular complexes were updated at ChemRxiv (2021) and were going to be submitted to Chem Eur J
Multiscale modelling of solvent phases for solvent extraction – MULTISEPAR
The recycling of rare-earth elements — critical materials for modern technologies — via liquid-liquid extraction involves structures ranging from atomic to colloidal scales. To model this complex process, an innovative multiscale methodology has been developed, providing a comprehensive understanding that enables both optimization and prediction of separation efficiency.
Multiscale estimation and Interface detection – Multisc-In
Interface detection is a challenging question in image processing, and more generally in graph processing, leading to a large panel of applications going from geophysics research to societal studies. The common point to these applications is the willingness to have an interface detection at a fine scale, possibly with subpixel accuracy, in order to extract interpretable parameters (e.g. physical or societal), from high resolution data.
Multiscale Sensing For Disease Monitoring In Vineyard Production – MERIAVINO
Meriavino project aims at helping winegrowers to access real-time information and diagnosis for agronomic decisions. The objective is to supervise daily processes using multi-sensing cameras, and Agriculture Internet of Things (AIoT) devices in order to interconnect the vineyard parcels, as well as to develop a non-invasive, eco-friendly and low-cost technology for vineyard monitoring, allowing high precision analysis.
