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Numerical Schemes using Lattice Basis Reduction – NS-LBR
We will focus on the setting where at least one of the operators involved in the PDE is anisotropic, in the sense that it involves position dependent, non axis- aligned, privileged directions. Grid discretizations are natural in medical image or volume processing, and numerous fundamental isotropic
Towards clinical investigation on the use of Mineralocorticoid Receptor Antagonist for wet Age-Related Macular Degeneration – MR-A-MD
Strategies that aim at extending the duration of anti-VEGF effects (gene therapy, small antibodies, implantable reservoir) will not benefit to all patients because VEGF is not the only molecular target in AMD31. MR-A-AMD aims at validating that MR pathway is a novel and pertinent target to be tested
Towards a Better INtegration of the Aggressiveness of Road loads experienced bY wearing course – BINARY
The aim of the project is to develop more rational and scientific approaches for assessing the effect of traffic loads on wearing courses and for the design of these layers. To achieve these goals, the main mechanisms of deterioration of wearing courses under traffic loads, such as raveling, strippi
Bio-physicochemistry of tropical clouds at Maïdo (La Réunion Island): processes and impacts on secondary organic aerosols formation – BIO-MAIDO
The objective of the BIO-MAIDO program is to better understand the chemical and biological multiphase mechanisms controlling the formation of secondary organic aerosols (SOA). Uncertainties on the processes of formation and transformation of atmospheric organic aerosols need to be lifted to understa
Molecular Engineering and Controlled Assembly of Nano Objects built on porphyrins – MECANO
This project aimed to provide new tools for the elaboration of functional molecular devices built on porphyrins. Porphyrins are a family of highly stable tetrapyrrolic macrocycles widely present in natural systems, from photosynthesis to enzymatic reactions. In Nature, porphyrins collect photons, c
Master the AIR transfers and their impact on the hygrothermal behavior of Wood Houses – MOB-AIR
The aims of MOB-AIR project are to understand, analyse and classify air leak for wood house. These buildings are an important development axis for Civil engineering espacially in individual housing. To achiveve these aims the project expands in several directions : a analysis of professionals feedba
Spatio-Temporal Analysis by Recognition within Complex Images for Remote Sensing of Environment – ASTERIX
Following the growth of multisource data with high spatial, spectral, and temporal resolutions, the problem of complex image information mining in remote sensing of environment becomes a great challenge, with many potential applications raising. However, there is no or only a few methodological fram
Saturated Open-pore Foams for Innovative Tribology in Turbomachines – SOFITT
The performance of many industrial applications is largely based on the quality and reliability of the guidance and support systems (high rotational speeds, low friction torque, damping capability, etc.). In the TRIBOLUB team (Tribology of lubricated interfaces), one of the main objectives is to con
Benzothioxanthene and derivatives: promising building blocks for organic electronics – BTXI-APOGEE
BTXI-APOGEE is a highly innovative and therefore challenging project since almost everything remains to be discovered. Great forgotten of the organic electronic success story, the benzothioxanthene turns out to be a promising and high potential block in terms of synthetic versatility and properties.
Composite membranes as low relative humidity and intermediate temperature electrolyte for PEMFC – COMEHTE
One of the limitations of proton exchange membrane fuel cells is their low operating temperature. Increasing this temperature beyond 80-90 ° C would simplify the cooling device, particularly constraining in the case of an automotive application. The type of polymer widely used as electrolyte (perflu
