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Coupled Learning and Vision for Aerial Robot Control – CLARA
Coupled Learning and Vision for Aerial Robot Control
Traceable Identification of Geometric Accuracy on Rotary Axes – Development of Novel Contactless Material Standard – INTEGRATION
Improving the quality of industrial parts through accurate characterisation of geometric errors of rotary axes in 5-axis machine tools
Nuclear export of Influenza RNA segments – NEPTUNE
reconstructions, she has been recruited by the CNRS in 2021 in the “Institut de Biologie Structurale” (UMR5075
Bands of Brothers: Institutionalising Fraternal Communities – BOBIFC
(Griffiths & Sullivan 1997; Pettman 1998; Heiskanen 2021). Historical IR has similarly prioritised state-building
VECU DES FAMILLES D’ENFANTS (DE LA NAISSANCE A 6 ANS) DURANT LE CONFINEMENT – COV-JEUNENFANT
presentation of results: 12 months: May 2020 to May 2021. The amount of aid requested and a brief description
LUminescent nanocoMposites by pulsed Injection of solutions iN plasmA – LuMINA
times identified in the Web of Science in March 2021 on "NC", "NC based on ZnO NPs", and "NC SiO2 and
Microcrystalline SiC/Si3N4 matrix composites for high temperature applications thought a PIP-CVI hybrid process – MATRIX
the ASTRID call, the MATRIX project of the ASTRID2021 program - an exploratory and innovative project
E2S
le second fait marquant. L’UMR TREE démarrera en 2021 et l’I-SITE accompagne fortement sa création avec [...] sur les trajectoires partenariales pour les années 2021 et 2022, au moins, reste très présente. Enfin et [...] internationaux se fera sentir très probablement en 2021.
Original Scalable Quantum Mechanical Strategies to Refine High-Resolution Crystallographic Structures of Macromolecules – QuMacroRef
Nowadays, due to impressive technical and financial efforts, ultra-high resolution and quality X-ray diffraction datasets for macromolecules (mainly proteins) are available and their number will increase in the next years. At the moment, there are no methods able to fully exploit the richness of information intrinsically contained in these new sets of data. To overcome this drawback, it is necessary to introduce new quantum mechanics-based techniques to successfully refine structures of proteins
Cavity enhanced absorption spectroscopy for optical flux monitoring during thin film growth – CEAS-OFM
The CEAS-OFM project is a PRCE project coordinated by Guillaume Saint-Girons (INL Lyon). It also involves ILM Lyon and RIBER. The project began in October 2021 and lasted 36 months. It has received ANR funding of 376k€ for a total cost of around 816k€
