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A unique MR imager outside the laboratory: new horizons in agro-ecosystems – OutLabMRI
To better understand carbon sequestration in terrestrial agroecosystems, it is critical to locally measure both upward (xylem) and downward (phloem) sap flow rates in plants. In this context, MRI is a unique and powerful analytical tool if it can be moved outside of the laboratory. This project aims to develop such a sensor to measure both water content and sap flow rates in plants, locally and non-invasively, in their natural environments (in situ).
A very-low-irradiating localization device for interventional radiology – NEWLOC
Interventional radiology (IR) procedures expose the staff (and of course also the patient) to ionizing radiations (up to 60 minutes of irradiation during complex but classical procedures). More than 5
A-site Manganites for mAgNetoelectrics and mulTiferroics from extreme conditionS – AMANTS
The hypotheses underpinning this AMANTS project are 1) that a variety of novel A-site based Mn oxide perovskites and related phases can be recovered from high pressure synthesis, and that these new materials will have interesting and potentially useful properties. And 2) that the new playground of “hard-soft” synthesis has an important role on the new A-site Mn2+ materials by modifying their anion lattices.
AEM-Electrocatalysis for CO2-conversion into CO – EL-Cat
The gradual shift within the chemical industry to use electrical power instead of fossil fuels is an important facet of the “Power-to-X” approach. Electricity can be used as energy input to drive reac
AI for paedriatric neurorehabilitation – AI-4-CHILD
Artificial intelligence (AI), in its modern form, is profoundly changing many areas, including health. The development of AI for health opens up very promising prospects for improving the quality of c
ALL-OPTICAL FUNCTIONAL MOLECULAR MATERIALS – PhotoControl
The development of new functional molecular materials based on photo-active molecules is a high priority strategic research field in this century. Notably, those dedicated to data storage and processi
ALgebraic COmbinatorics for Hikes On Lattices – ALCOHOL
This project aims at studying advanced algebraic and combinatorial structures associated with walks and heaps of cycles on graph. The outstanding goal here is to calculate the connective and universal
ALgorithms for Large-scale Optimization of WAve Propagation Problems – ALLOWAPP
The goal of the ALLOWAPP project is to design space-time parallel algorithms for optimization problems that arise when modelling wave phenomena. Such problems occur in geophysical applications such as
ANR – JST joint call for two CREST research areas: “Computational Foundation” and “Symbiotic interaction”
JST and the French National Research Agency (Agence Nationale de la Recherche; “ANR”) concluded a Framework Agreement in December 2017. The purpose of this Agreement is to foster Japanese-French c