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Development of a fast processing electronics for track trigger for Hadron Collider Experiments – FastTrack
The FastTrack project aims to develop a pattern recognition system for online track reconstruction of full events at the CERN LHC in its High-Luminosity Phase for ATLAS and CMS using Associative Memory (AM) based technology and to proof the potential of these new devices in non-HEP applications. Th
Development of an intelligent electromyostimulator for muscular conditioning – ELECSTIM
The purpose of this project is to develop a new tool for retraining the neuromuscular function in order to improve the effectiveness of strength training sesssions. This smart electromyostimulator using both electromyography (EMG) and electrostimulation (EMS) techniques enable to adapt in real time
Development of computational approach to study the mechanisms of microbe-induced amyloidogenesis – MICROIDOSIS
Amyloid fibrils are linked to the serious diseases, referred to as “amyloidosis” including Alzheimer's disease, type II diabetes and heart diseases. Although significant progress has been made in the characterization of some proteins involved in the disease-related amyloid formation, the elements tr
Development of low-dose cryo-scanning transmission electron tomography using sparse images to study whole eukaryotic cells at the nanometre scale – C-STET-4-E-Cells
The project C-STET-4-E-Cells aims to develop an original cryo-scanning transmission electron tomography (cryo-STET) imaging method using sparse images for low dose applications in biology. The goal is to propose to the structural biology community a new imaging method to study in 3D large complexes
Development of manufacturing strategies by hybridizing WXAM process and 5 axis machining of complex shapes – AWESOME
Producing complex shaped parts with high added value by hybridizing WXAM concentrated energy additive manufacturing processes and 5-axis machining is a major innovation lever. This requires obtaining raw parts of “near net shape” quality to minimize machining operations and requires mastery of the p
Development of orthographic processing during the first years of reading acquisition – devOP
Learning to read lasts over several years to attain a certain level of expertise to process words through a fast, automatic and parallel processing of their letters. Whereas studies showed a visual specialization for print emerging shortly after the start of learning to read, there is essential info
Development of stretchable and imperceptible magnonic systems – SYSMAG
This project is situated in the broad context of stretchable electronics, and more specifically in that of magnetic systems deposited on compliant substrates, which are of growing interest. Indeed, increasingly complex forms of electronic devices and intelligent textiles must incorporate magnetic fu
Development of the critical technological building blocks of a cryocooler for space and embedded applications – LASCO2
Early detection of missile firing, intelligence and greenhouse gas monitoring are major defense and civil challenges of our century. All share in common the need for infrared imagers embedded on satellites. Performances of those systems come from cryogenic cooling of sensors. The need for constant m
Development of the first infrared fluorescent protein with emission above 800 nm – InfraredFP800
Fluorescence cell imaging benefited from the Green Fluorescent Protein revolution in the early 1990’s, which saw the development of genetically-encoded fluorophores covering the whole visible spectrum. 15 years later, another family of fluorescent proteins (FPs) were developed from the chromophore-b
Diffusion, dynamics and solidification processes in Fe-Al-Si melts – SOLIMAT
The present proposal aims at investigating microscopic mechanisms that govern the diffusion dynamics in Fe-Al-Si melts as well as the early stages of solidification of these systems in their undercooled state. The German-French consortium set up a joint experimental and theoretical study for unders
