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PhysiCal Analysis of evaPoration and sloshing phenomena in LH2 transport tanks – CAPLH2
Hydrogen as a source of energy is massively investigated by car constructors and has always been a subject in rocket design. The transport of medium to large-scale hydrogen vessels is conducted in its liquid form at low temperature (20K) for energy efficiency. LH2 is stored in super insulated tanks
Roscovitine analogues as targeted pharmacotherapies for rare cholestatic liver diseases – RAPRACLID
Bile secretion is an essential function of the liver necessary for fat digestion as well as elimination of xenobiotics and endogenous metabolites. This function mainly depends on ATP-Binding Cassette (ABC) transporters located at the canalicular membrane of hepatocytes and responsible for the secret
Dynamics and nanoscale topology of the membrane-associated Rab11-vRNP complex in the context of influenza virus-infected cells – FluNanoTrack
Influenza A viruses (IAV) pose a serious threat to global public health. Development of improved influenza prevention and therapy, whether it be the universal vaccine or novel anti-influenza drugs, will depend strongly on fundamental science improving our understanding of the molecular mechanisms in
SImulations with high-order schemes of tranSport and TurbulencE in a tokaMak – SISTEM
The SISTEM project aims to successfully achieve the strong scaling-up of plasma simulations in view of the fusion operation in a tokamak of unprecedented size, and with stringent plasma conditions. - A 2D high-order non-isothermal ?uid solver including neutral dynamics to simulate turbulent transpor
Smart Pillared Carbon Materials for Supercapacitors: from fundamental understanding of ion transport to device testing – SPICS
The objectives of the SPICS project are to develop and characterize 3D carbon materials for supercapacitors, designed from graphene sheets assembled using molecular pillars playing an active role in storage processes. The properties of polarity, redox or the poly-electrolytic nature of these pillars
Lipid transport to mitochondria and contact sites formation during phosphate starvation in plants. – MiCoSLiT
Plants are organisms that are permanently subjected to numerous stresses such as high temperatures or nutrient deficiencies. Phosphate is an essential microelement for plant development, the absence of which has a considerable negative impact on agricultural yields. It is therefore important to unde
SWItches based on Transition metal dichalcogenites for RF applications – SWIT
The RF switch is a key element of the Front End Module where it is used to modify the path of the received signal. The deployment of 5G networks and beyond call for new technological solutions enabling faster RF switches. Switches based on two-dimensional materials seems well adapted for resistive s
Détection « on-chip » des fluctuations quantiques de courant de nano-systèmes – DOC-FLUC
Our project is to develop and exploit the capabilities of on-chip noise detectors to investigate electronic transport in mesoscopic conductors. On-chip detectors allow a well-controlled and optimal coupling to noise sources, giving access to high-frequency noise and to high moments of noise (at leas
NAno-buildiNg blOcks based on octahedraL molybdEnum clusTers for the design of Structured inorGanic phOtoelectrodes for Solar energy conversion – NanoLEtsGOs
NanoLEtsGOs is a multidisciplinary project aiming at designing original inorganic photoelectrodes built from abundant metal and low-toxic metal cluster (MC)-based nanobuilding blocks. MCs will be used as new light-harvesters to propose innovative, clean and efficient devices for sunlight conversion
Innovative Materials by MUlti-Nanolayer Extrusion – IMMUNE
The objective of the project proposal “IMMUNE” is to develop new multifunctional materials with highly improved barrier properties compared with conventional materials by using an innovative co-extrusion process giving access to multinanolayered structures. Transport properties of films with control
