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Risks, Controversies & Vaccinations – RISCOVAC
appraisal. It strongly echoes some key structural features of contemporary societies, namely ‘healthism’
Gromov-Hausdorff convergence in Kähler geometry – GRACK
Over the last few years, Kähler geometry has known spectacular progress, bringing together algebraic geometry, non-linear partial differential equations and Riemannian geometry on possibly singular spaces. The present project, gathering recognized experts covering this large spectrum of mathematics, aims to contribute to the ensuing burst of research activity by attacking several major problems in the field.
Realtime Collaborative Mobile Music – MUSICOLL
Realtime Collaborative and Mobile Music
Automatic Extraction of Geolinguistic Atlas Content and Spatial Analysis: application to Dialectology – ECLATS
The ECLATS project deals with the enhancement and the treatment of ancient maps, a historical and cultural heritage widely recognized as a very important source of information, but not easily to use. We focus on Linguistic Atlas of France (ALF), built between 1902 and 1910. This cartographical heritage produces first-rate data for dialectological researches.
Liouville quantum geometry and turbulent flows – Liouville
explicit stochastic vector fields which combine key features of experimentally observed velocity fields. We
Convergent Metrics for Digital Calculus – CoMeDiC
The main idea of the peoject is to combine recent results of convergence of geometric estimators and to inject them into the discrete exterior calculus, in order to develop a convergent digital calculus onto objects, surfaces and curves that comes from digitization in finer and finer regular grids. This new calculus is validated and experimented in three domains of applications of variational methods: image analysis, geometry processing and shape optimization.
New correlated electroic states emerging from strong spin-orbit coupling : the case of iridates – SOCRATE
GaAs in spintronic applications. SOC is a general feature of heavy elements but its impact on correlated
Excited States and Dynamics of Functional Re(I) Complexes Embedded in Metalloproteins-Development of New Theoretical Methods for the Simulation and Control of Excited-State Properties and Reactivity in Biological Environments – DeNeTheor
MODELING FUNCTIONAL CHROMOPHORES EMBEDDED IN BIO-ENVIRONMENTS –<br />DEVELOPMENT OF NEW THEORETICAL METHODS TO SIMULATE EXCITED STATE DYNAMICS AND REACTIVITY
POLY(DIHYDROGEN) COMPLEXES AND HYDROGEN TRANSFER – 3H2
The use of hydride and dihydrogen complexes for hydrogen storage applications <br />3H2 is a fundamental research project lead by Sylviane Sabo-Etienne from Laboratoire de Chimie de Coordination, LCC, Toulouse, in collaboration with Georgeta Postole from IRCELYON, Eric Clot from ICG Montpellier and Jacques Ollivier from ILL, Grenoble. The project really started in October 2016 for 4 years. It received an ANR funding of 461, 000 € for a total cost of around 2, 426, 705 €.
