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Measuring and mapping the plant virus richness at the ecosystem scale – PHYTOVIRUS
Recent viral metagenomics studies, which have leveraged methodological innovations to achieve the relatively unbiased sampling and sequencing of viral genomes within natural environments have paved the way towards the analyses of phytovirus biodiversity in these environments in sufficient detail to
NGAL, a novel target in Hypertension and associated comorbidities – NGAL-HT
Hypothesis: NGAL is involved in blood pressure control via the modulation of renal Na transport. Moreover targeting NGAL may have several beneficial effects in CV and renal comorbidities related to hypertension. Our objectives are to 1) determine the underlying mechanisms, 2) study the correlations
Federated statistical learning for new generation meta-analysis of large-scale and secured biomedical data – FED-BIOMED
The initial objectives of the project consisted in developing a methodological and computational framework for the effective application of federated learning in the domain of healthcare, with a particular focus in medical imaging applications. From the methodological perspective (WP1), the propos
Changes in political work through the prism of big data – MUTADATA
This current study intends to analyze how big data analysts and scientists challenge political communication and political professionalization. Big data may introduce fundamental changes within political work but their impacts remain unknown. What does the introduction of Big data do to political wo
Learning to synthesize 3D dynamic human motion – 3DMOVE
It has recently become possible to capture time-varying 3D point clouds at high spatial and temporal resolution. This allows in particular for high-quality acquisitions of human bodies in motion. However, tools to process and analyze these data robustly and automatically are still missing. Such tool
Identifying diatom regulatory long noncoding (lnc)RNAs for increased biomass production for biorefinery applications – DiaLincs
The project is addressed by 3 research objectives which are interconnected, complementary and reflect the synergetic collaborative nature of the present consortium. Objective 1 is to identify and characterize lipid production and cell cycle regulatory lincRNAs. On the one hand our goal is to find
Multi-principal-element Alloys as Solid Stores for HYdrogen – MASSHY
The MASSHY project intends to develop multi-elemental alloys as new metal hydride solids for hydrogen storage with high capacity and good reversibility. These materials are the result of a new paradigm in metallurgy based on the alloying of four or more elements with concentrations close to equimola
Hydrogen molecular ions for precision physics – HYMPE
The spectrum of the H2+ ion, although being the simplest molecular species, consisting of two protons and a single electron, has so far been little studied experimentally. The challenge of the HYMPE project is to exploit the strong potential of this system for fundamental metrology. The objective is
Multi-redox porous crystalline hybrid chalcogenides – THIOMOFS
While zeolites or Metal-Organic Frameworks (MOFs) are suitable in numerous fields involving adsorption-desorption processes, their poor electronic conductivity, associated to the nature of the constitutive bonds involving the very electronegative oxygen, is a noticeable drawback in every application
Photon-Atom Cooperative Effects at Interfaces – PACE-IN
Rb1 is devoted to the development of new method to generate and characterize nonclassical light using large ensemble of cold atoms. Experiments are currently on-going on the measurement on light fluctuation statistics after scattering and crossing a cold-atom sample, and preliminary data are encoura
