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Short time scale landscape evolution and topographic signature of extreme climatic and tectonic events – TOPO-Extreme
We aim to investigate the feedbacks between river high-discharge events and earthquake cycle deformation, which are the elementary driving processes linking climate, tectonics and landscapes. This approach is complex and requires deciphering the signature of climatic and tectonic processes (1) from
Bio-physicochemistry of tropical clouds at Maïdo (La Réunion Island): processes and impacts on secondary organic aerosols formation – BIO-MAIDO
The objective of the BIO-MAIDO program is to better understand the chemical and biological multiphase mechanisms controlling the formation of secondary organic aerosols (SOA). Uncertainties on the processes of formation and transformation of atmospheric organic aerosols need to be lifted to understa
Floating treatment wetland for agri-food effluent tertiary treatment – FloWAT
The agri-food sector especially the meat processing industry is one of the biggest global water consumer and effluent producer. Many agri-food industries already operate their own wastewater treatment plants. However, during dry seasons, many industries actually have to store their secondary effluen
Antimicrobials in agriculture: actors, practices, conflicts – AMAGRI
The problem of antimicrobial resistance is partly based on the overuse and misuse of antibiotics in livestock farming. Antimicrobial resistance policies have focused mainly on antibiotic prescription and use, without addressing the structural determinants of the veterinary drug market. However, ther
Revisiting Deflagration-Detonation Transition in the context of carbon-free energy production – ReDDT
The objective of the present project is to set up theoretical models by asymptotic analyses, representing accurately the dynamics of detonations in hydrogen-air mixtures. Physical phenomena pertaining to the inner structure of the waves will be included in the analysis, which is usually not the ca
Multi-scale Multi-phase Phenomena in Complex Fluids for Energy Industries – MUSCOFI
The MUSCOFI project aims at interpreting the macroscopic properties and predict the macroscopic behavior by using experimental and modeling tools to elucidate the molecular-scale phenomena that govern the formation, the interactions and the stability of interfacial structures and networks in multiph
How prefrontal dynamics emerge from cognitive training – PREDYCT
1. Reveal the neurophysiological basis of cognitive training and show how known frontal neural dynamics are established. a. Pilot neurophysiological recordings. b. Build free-access laboratory. c. Test training procedures and shape monkeys. d. Implant monkeys of Group 1 & train Group 1. e.
Real Analysis and Geometry – RAGE
Heat semigroups on Reimannian manifolds The heat semigroup on differential forms Sobolev algebras The Riesz transform Hardy spaces of differential forms and Riesz transforms The heat kernel on sub-Riemannina geometry Spectral estimates for Schrödinger operators Riesz transforms for Schro¨din
Foundations of (Boolean) automata networks – FANs
The FANs project deals with automata networks (ANs). These mathematical objects are widely used in an application framework related to the modeling of biological networks and most of the studies on them are carried out within this framework, so that the field suffers from an imbalance between their
CHANGING PARADIGM IN DNP POLARIZING AGENTS DESIGN – CHARMING
This project aims to develop new polarization agents (PA) for dynamic nuclear polarization NMR (DNP NMR). This method of analysis enables to overcome the main drawback of solid NMR: its low sensitivity. Up to now, the design of PA lies only on the use of stable radicals such as nitroxides or trityls
