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Green Hydrogen-Flexible and Optimised Networks by interDisciplinary, multiDimensional and methOdological Research – GrHyFONDDOR
Green hydrogen is one of the key enablers of the energy transition and decarbonization of our societies as confirmed by the most recent energy roadmaps and national plans aiming for carbon neutrality by 2050. For hydrogen to play a significant role in the future demand mix, its costs should go down
Electronically reconfigurable transmitarrays antennas for SATCOM ground stations at Ka-band – ARTIKA
ARTIKA is an industrial research project (as defined by ANR) aiming at making major innovations in modelling, optimization and demonstration of ultra-flat electronically reconfigurable transmitarray (TA) antennas for SATCOM ground terminals and the Internet of Space (IoS) at Ka band. Considering the
Getting the record from the disc: A study of the Milky Way disc with WEAVE and Gaia – MWDisc
The WEAVE (WHT Enhanced Area Velocity Explorer) survey, is a five- to seven-year project of spectroscopic observations to be carried out from the William Hershel Telescope at Roque de los Muchachos Observatory (Canary Islands, Spain). The Galactic Archaeology (GA) part of this project, from which
Development of New Selective Materials for the Adsorption of Nitrogen Oxides – NOA
The operation chosen is the gas-solid adsorption more effective than the catalysis at low temperature. The regeneration of the process will take place in time and deported from the vehicle. The first screening of materials by molecular modeling has allowed us to extract three candidates with high po
Simulation Analytics and Metamodel-based solutions for Optimization, Uncertainty and Reliability AnalysIs – SAMOURAI
The project's main objectives are to develop innovative simulation and surrogate-based optimization methodologies while pushing back their current limits of performance and applicability, guided by real-world applications. These applications are related to the design and risk assessment of critical
Catalytic upgrading bio-oils obtained from hydrothermal liquefaction of µ-algae . – RAFBIOALG
Thanks to their fast growth and their high lipids content, micro-algae are considered as potentially-excellent candidates to provide third generation biofuels in the future. Nevertheless, some knowledge gaps still need to be tackled. In the downstream of the value chain, the challenge is to reach te
MagnetoelectrIc oxideS for SpIn-OrbitroNics – MISSION
Inserting an electric field-driven magnetoelectric material (ME) in spin Hall effect (SHE)-based spin-orbit torque (SOT) architectures will yield a possibility to tune the SOT spin injection in the ME material via the application of a voltage and will allow lowering the charge current necessary for
Bidimensional RF optoelectronic devices based on PtSe2 – BIRDS
The scientific goal of BIRDS is to extend the spectral performances of transition metal dichalcogenides (TMDC)-based optical detectors beyond the natural limit of 1µm fixed by the usual bandgaps in these materials (MoS2, MoSe2, WS2, WSe2, etc..). Reaching longer wavelengths in the infrared (1.55 µm
Converting an urban wasteland into a sustainable and educational living-lab, based on a replicable phytomanagement approach – ECOPOLIS
The ECOPOLIS project is structured around three specific objectives: (1) characterize in a complete spatial and quantitative way the pollution, the mobility of pollutants, the environmental and human impacts of the site, using innovative methods that will be deployed on site to meet the technologica
Durable and Environmental design of Monitored COncrete structures in Marine environment – DEMCOM
The aim of the DEMCOM project is to tackle all these challenges through the major issue that affects marine concrete structures integrity: alteration by chloride ingress. For this purpose, this project will be divided in four Tasks (T). The methodological approach, described by the figure, is the co
