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Analysis of SNARE-mediated regulation of plasma cell biology – PC-SEC
Plasma cells and the antibodies they secrete are essential for protective immune responses. However, they can also contribute to the pathology of numerous diseases. Despite their relevance in health and disease, the mechanisms underlying antibody secretion are still poorly understood. This is an essential question as a better characterization of the involved molecular actors may pave the way to improved antibody production, and to the development of new therapies for antibody-driven diseases.
Artificial Intelligence and Dynamic Modeling tools for Future Flexible Networks – AIDY-F2N
wish to strengthen their links by setting up the ANR AIDY-F2N LabCom, a joint research laboratory dedicated
Between Composition and Reception : the Authority of Medieval Charters – BeCoRe
BeCore (2020-2024) aims at a comparative study of the textual and graphical signs of authority and validity in late medieval charters in France and Austria, basing on the resources given by Monasterium (http://Monasterium.net). It will allow for the serializing and comparative studying of the marks of authority, along several lines of research: the signs of authority and their nature, the circulation of models, and the relationships between graphical and textual signs.
Big Data reduction for predictive computational modeling – DataRedux
The DataRedux project focuses on developing radically new methods for the reduction of the complexity of large networked datasets to feed effective and realistic data-driven models of spreading phenomena.
Bridge Functional in Molecular DFT – BRIDGE
The solvation properties of molecules/macromolecules are investigated within the classical DFT at the molecular level of description. The HNC approximation used until now ignores the so-called bridge functions, which appear to be non negligible, especially in aqueous solvents. The project proposes different routes to produce efficient bridge functional/functions.
Bridging dynamic and thermOdynamical REsponse of snowstorms to Anthropogenic forcing using Statistical mechanics – BOREAS
snowstorms.” Based on these improvements, I request the ANR-Tremplin the funding to start the analysis of large
Bs -> mu mu gamma: novel measurement and litmus test of flavour anomalies – GammaRare
We propose to use the measurement of the rare, radiative decay Bs0 ? µ+µ-? -- in particular the «indirect« measurement, i.e. without detection of the photon -- as a strategy to tell apart two alternative explanations of the so-called anomalies in the semi-leptonic decays of B mesons. One explanation is in terms of underestimated systematic uncertainties; the other one is in terms of genuine new physics.
COmpact Antenna SysteM for 5G HomE GaTeway – COMET-5G
collaborative projects, such as the ANR NAOMI project or more recently the ANR SENSAS project. The scientific
Capitalizing knowledge on Common Alerting Protocol, individual Capacities & Capabilities of practitioners for guiding a New Cap for Alerting population in France with a multichannel platform. – Cap-4-Multi-Can-Alert
Cap4 Multi-Can'Alert is an experimental development project within the framework of the 2024 Olympic Games. It aims to develop an innovative multi-channel alert solution, which will combine different distribution channels, adapted to the regulatory and technological contexts emerging in France, and which will integrate the needs of end users and the reactions to be expected from the population.
Cavity-enhanced optical frequency comb spectroscopy for astrophysics – CECoSA
The aim of the CECoSA project is to combine cavity-enhanced spectroscopy based on optical frequency combs with uniform supersonic flows and time-resolved detection to detect the spectral signatures of molecules and radicals at low temperatures