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Involvement of microRNAs in the response to SRI antidepressants – miR-Dep
Depression concerns more than 350 millions people over the world according to WHO data, placing this pathology as a major concern for public health. Depressive states are associated to a decrease in the brain of the level of serotonin, which regulates mood, anxiety and appetite. SRI Antidepressants
Band Gap Engineering of Titanium dioxide nanotubes for solar Energy conversion – BAGETE
Solar energy is amongst the most attractive renewable energies. However, due to its diffuse and fluctuating nature, producing a stable flow of energy from the sun remains a challenge. To overcome this problem, the project aims to develop materials for a photo-electrochemical process (PEC) allowing t
MIcrowave GRAphene QUantum ELectronics – MIGRAQUEL
Expectations rely on the high mobility, Fermi velocity, current carrying capability and thermal conductivity of graphene. The small and controllable number of conducting channels and the ultrathin geometry of top-gated transistors gives access to a regime where conductance, transconductance and gate
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
MAgnon Excitation in the STRong Out-of-equilibrium regime – MAESTRO
The consortium has previously established the relevance of hybrid insulating ferromagnetic (YIG) / normal metal (Pt) systems in this context. It also uncovered issues related to the non-linear effects that limit the amplitude of the spin waves on which the operation of these devices is based. To ove
Extraction of Radioelement using Innovative Functionalized Membranes – MEMFIS
The treatment of effluent and wastewater has become a major environmental concern of our society. Whatever the application area, regulations on wastewater discharges are becoming more severe and require efficient reprocessing technologies. This must take into account the recycling or conditioning of
Pyrolyse rapide de la biomasse des déchets: double cinétique
The decarbonization of both the energy and chemical industry sectors is a major challenge. The Pyrokine project by allowing us to dive into the heart of the Fast pyrolysis process is helping us to assess and further progress on the process modeling development; and therefore, unleash the potential o
5G-REalistic radio channel MOdels enabled system evaluation for RAilway environments – 5G-REMORA
The development of safe and secure applications such as remote driving, remote diagnostics, platooning of trains and autonomous vehicles in railway context has led to an unprecedented need for reliable radio links. The Future Railway Mobile Communication System (FRMCS) is designed at European level
Data-drivEn reduCed-Rank modEls to deSCribe flamE dyNamics anD their sOund – DECRESCENDO
In the context of the global transition to sustainable and carbon-neutral energy production paradigms, hydrogen combustion has emerged as a prominent candidate, particularly in the field of transport systems. However, the aeroacoustic ramifications of hydrogen flames, a critical aspect for the devel
Mastering the Charge Transfers and Trapping Dynamics in Hybrid Nano-Perovskite/TMDC 2D Photodetectors – MaTra2D
Hybrid interfaces between nanocrystal (NanoX) perovskite materials and two dimensional (2D) transition dichalcogenides (TMD) hold great promises for the development of smart photodetector devices, for they combine two class of model materials displaying exceptional and complementary opto-electronic
