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SHAPE-SELECTIVE GROWTH AND ORGANIZATION OF INORGANIC NANO-MATERIALS WITHIN PORES OF REUSABLE CRYSTALLINE SUPRAMOLECULAR MATRIXES – InsidePores
InsidePores proposes an original and low cost approach to elaborate nano-structured inorganic materials (NPs) by a solution process. The novelty relies on the use of dedicated porous supramolecular materials acting as matrixes for template-assisted growth of the NPs. . We aim at using the confined space within the supramolecular template to grow metal and metal-oxide materials, which size, shape, and spatial organization will be controlled by the host's porosity.
ANGIOGENESIS, A NEW THERAPEUTIC TARGET IN OSTEOARTHRITIS (OA) AND ASSOCIATED PAIN – OA-ANGIO-ANALGESIA
Osteoarthritis (OA) is a degenerative joint disease which affects 630M people worldwide for which there is currently no cure. Exploration of the mechanisms involved in OA has highlighted the contribution of angiogenesis to the structural damage and progression of OA. This project proposes to target osteochondral angiogenesis with vascular disrupting agents to treat OA. We anticipate that VDA may also be beneficial to relieve osteoarthritic pain.
Towards a Regional Ocean/ Ice Sheet / Atmosphere modeling System – TROIS-AS
Towards a Regional Ocean – Ice Sheet – Atmosphere modelling System able to quantify the contribution of Pine Island and Thwaites glaciers to global sea level rise over the next 100 years.
Bismuth for antimonide based semiconductors – BIOMAN
This project concerns the study of the use of the Bismuth atom for the realization of antimonide-based devices by Molecular Beam Epitaxy (MBE).
Integrated IR sensor based on SEIRA effect for an efficient detection use of low concentration chemical and biological species – LOUISE
In a context of growing demand for integrated sensors for environmental and biological applications, the objective of the LOUISE project is to design and evaluate a micro-sensor for the implementation of infrared spectroscopy amplified by surface plasmonic effects.
Improving the volumetric energy density of supercapacitors – IVEDS
to the French Network on Energy Storage (RS2E - http://www.energie-rs2e.com/fr). The project is expected
Communication and Information in Games on Networks – CIGNE
The strategic use of communication and information in dynamic games where interaction, communication or information possibilities revolve around networks.
Automatic Extraction of Geolinguistic Atlas Content and Spatial Analysis: application to Dialectology – ECLATS
The ECLATS project deals with the enhancement and the treatment of ancient maps, a historical and cultural heritage widely recognized as a very important source of information, but not easily to use. We focus on Linguistic Atlas of France (ALF), built between 1902 and 1910. This cartographical heritage produces first-rate data for dialectological researches.
Convergent Metrics for Digital Calculus – CoMeDiC
The main idea of the peoject is to combine recent results of convergence of geometric estimators and to inject them into the discrete exterior calculus, in order to develop a convergent digital calculus onto objects, surfaces and curves that comes from digitization in finer and finer regular grids. This new calculus is validated and experimented in three domains of applications of variational methods: image analysis, geometry processing and shape optimization.
The physics of multicellular organization in bacteria – BactPhys
Self-organization in bacterial systems results from the interplay between physical and biological interactions. The project aims at identifying these interactions and understanding the complex interplay between them in various observed collective patterns of bacteria.
