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NEW OPPORTUNITIES FOR CARBOHYDRATE CHEMISTRY AND GLYCOSYLATION – SWEETCAT
motivates our application to the DS10 challenge of ANR “Défi des autres savoirs”. IN THIS PROJECT WE
Multi-channel wavelength-resolved Albedometer for Black Carbon Measurement – MABCaM
Despite intensive efforts over the past decades, no widely accepted standard measurement method exists for the determination of BC. The uncertainties associated to BC radiative forcing are, for now, larger than 70% and are mainly related to actual measurement techniques that provide limited information to distinguish BC from other aerosols and to its optical properties. BC has been also identified as the most harmful air pollutant in terms of its adverse impacts on human health.
Modeling and Design of Holey Metasurfaces – HOLeYMETA
and a colleague who is a partner of the present ANR. This project is devoted to the investigation of [...] concept of “Holey Metasurfaces” described in this ANR proposal is at the moment the only answer to all
Model Identification and Control of a Convertible Aircraft – MICA
It is clear that the impact of the human civilization on the environment should be reduced in order to preserve it. It is neither ecological nor sustainable to continue using natural resources as it is done at present. An important part (almost a third) of the worldwide energy consumption is dedicated to transportation. It is our opinion that one solution to reduce the energy consumed this way and limit environmental damages is to develop new concepts of transportation systems.
Microfluidic smart monitoring of Escherichia coli in water – BACTERIEAU
Faced with the challenges of health and environmental protection, BACTERIEAU is a public-private research project aimed at facilitating the monitoring of faecal pollution of drinking and bathing water and the protection of fresh and salt water resources.
Mechanics of OsteoClast bone degradation machinery: Deciphering the architecture, force and functional relationship of podosomes in human osteoclasts – MechanOCs
Osteoclasts are specialized cells that have developed efficient and unique machinery to tightly adhere to the bone surface and perform bone resorption: the sealing zone. The sealing zone is composed of highly inter-connected podosomes. Here, we hypothesized that the specific continuous podosome structure in osteoclasts exerts a coordinated protrusive force and probes bone biomechanical properties, which is instrumental for efficient sealing to bone and bone degradation.
Incentivizing sustainable consumption – iSUSTCON
from our precedent project (INCRESP, funded by the ANR between 2010 and 2015). The first major finding showed
In-Situ ElectroChemistry applied to Energy-related catalysis – InSiChem
Development and optimisation of an experimental approach based on electron microscopy and X-rays spectroscopy for the in situ and operando analysis of electrocatalysts
Impact of Air-Sea Exchanges on Air Quality in Coastal Megacities – SEA-M
yet taken into account. In the frame of this joint ANR-RGC project, we propose to explore these processes
Imaging and Diagnosis with Polyrotaxanes – RotaxImage
project addresses the call of the Action Plan 2016 of ANR for Nanomaterials and nanotechnologies for tomorrow