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Crystal Engineering of Multifunctional Molecule-Based Materials – CREMM
The current project addresses fundamental issues for the understanding of important questions faced today by researchers in Molecular Magnetism, particularly toward the control and the manipulation of magnetic coupling on the one hand, magnetic anisotropy on the other hand.
Stabilizing Macroeconomic Shocks: Experiments on the Interaction between Central Bank and Private Sector – StabEX
Experimentation in macroeconomics as a tool for central bankers
The structural cycle of kinesins at atomic resolution: kinesin-tubulin interaction and nucleotide state. – (Kines-Tubul-DARP)-in
anti-tubulin DARPins in the course of the ‘mec-tub’ ANR project. Whereas these DARPins have already proven
TeV messenger for cosmology and fundamental physics – CosmoTeV
TeV messengers for cosmology and particle physics
Toward industrailisation of ultrathin CIGSe based solar cells – ULTRACIS_M
technology. This project, following the first ULTRACIS ANR Project, will aim to bring and consolidate key results
Nanostructuring of materials for the next generation of Erbium and Erbium/Ytterbium-Doped Optical Fibers Amplifiers – NANOFIBER
The NANOFIBER project was submitted in 2011 to the ANR/MatetPro call. We resubmit this project, taking into
Microscopic investigations on the origins of triboelectrific effect by combined multi-scanning probe microscopes / scanning electron microscope – NANOTRIBELEC
Investigation of microscopic origins of triboelectrification by scanning combined multi-probes and electron microscope
Three dimensionnal microscopic imaging and morphology of the human corneal endothelium – CorImMo 3D
The CorImMo 3D project is an improvement of imaging and analysis of human corneal endothelium. Cornea banks and ophthalmologists, and of course patients, will benefit from the advances of these works.<br />3 main objectives:<br />- Conception of a fully automated analysis chain for cornea grafts.<br />- Mathematical models of the endothelium mosaic spatial arrangement.<br />- New imaging modality for in vivo wide field observation by structured illumination.
Alzheimer's desease and implicit motor learning – MAAMI
The project aims at the theoretical level, understanding the effect of the perception-action coupling on the maintenance of motor skills of patients with AD (mild and moderate stages) and, technologically, to strengthen their motor and cognitive abilities with tools from virtual reality and interactive games.
Experimental follow-up and understanding of indoor airflow in buildings – FLUBAT
The project aims to develop a new experimental method to characterize convective air movements: a 3D Lagrangian Particle Tracking Velocimetry (PTV) using different types of cameras to get an overview of the fluid dynamics in the room. The technique will be set up for 14 typical configurations of air treatment in building, thereby producing a reference knowledge which will be available for the numerical community of building thermal domain.