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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
SUrface plasmon Resonance for In situ detection of Metallic Ions – SURIMI
Originating from either natural sources (such as hydrothermal, eruptive or weathering processes) or a range of anthropogenic activities, metallic elements flow in the Earth water and biota. This phenomenon is subject to investigations across a wide range of settings including the most remote parts o
SUPER-resolution flow diagnostics for Scalar Transport And Dissipation – SUPERSTAD
To predict and understand heat and mass transport in turbulent flows found in reactors or in nature, lab experiments are needed in which fine enough measurements would be performed to avoid smoothing over small turbulent structures. In this project we propose to qualify and apply an optical techniqu
SPuttering appliqué aux accumulateurs au LIThium – SPLIT
SPLIT project aims to demonstrate that a technical breakthrough is possible for the improvement of the specific capacity of Li-ion batteries. The first objective is to demonstrate the feasibility of a Lithium-ion battery with a specific energy (by weight or volume) improved by 50 % thanks to the use
SMART FRAMEWORK FOR REAL-TIME MONITORING AND CONTROL OF SUBSURFACE PROCESSES IN MANAGED AQUIFER RECHARGE APPLICATIONS – SMART-Control
The main objective of the SMART-Control project is to reduce the risks in the application of sustainable groundwater management techniques worldwide through the development and implementation of an innovative web-based, real-time monitoring and control system (RMCS) in combination with risk assessme
SMART 3D ultrafast Laser fabrication of embedded optical functions in chalcogenide materials using self-improving spatio-temporal adaptive control: Applications in integrated spectrometry concepts for IR astrophotonics applications – SMART_LASIR
The objective is to master laser-induced refractive index changes and optical functions in MIR in bulk mid-infrared materials (e.g. chalcogenides) that respond to requirements in integrated spectrometry concepts. This involves: -generating knowledge on laser structural modifications. -tuning index p
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
SIlicon Carbide NAnoProbes and optical Signal Enhancement for intracellular transport investigation in 3D cultures of neurons – SINAPSE
An important issue of this study is to explore physical possibilities to access optical information in thick biological tissue. The objective is to be able to measure the parameters of intraneuronal transport in complex and mature networks, in order to compare different conditions. The microscopy se
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
Robust scheduling with budgeted processing times – ROBUST
Scheduling is a very wide topic in combinatorial optimization with applications ranging from production and manufacturing systems to transportation and logistics systems. Stated generally, the objective of scheduling is to allocate optimally scarce resources to activities over time. More specificall
