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survenue des premières infections palustres chez le noueau-né : déterminants génétiques, biologiques et environnementaux

suivi de la lentille d'eau douce comme indicateur de la vulnérabilité des systèmes insulaires récifaux

stratégie de densification, de diversification et de régénération des tissus pavillonnaires

In order to renew the ongoing ideas about the model of a sustainable city, the project proposes a research strategy based on the 3 following principles : To note, firstly that the ?urban fabric stock'

spreading of granular pastes: from the particle to end use properties

Granular pastes such as gypsum pastes or fresh concrete play an important role in the manufacture of various products in the construction, chemical and food industries. These materials are non-Newtonian fluids whose complex rheological properties need to be understood and described with the help of physical models in order to optimise the end-use properties of these products in conjunction with their formulation.

spectroscopie des EXCitons dans les nanoTUBEs de carbone Individuels

spIn-CAvitronics foR disrUptive RF applicationS

Nonreciprocity, induced by broken symmetries of nature, is indispensable for RF applications. Thus there is an great interest to develop compact and integrated RF isolators and circulators that go be

somatostatin secretin cells in diabetes

Up to 80% of patients with diabetes do not reach their treatment objectives, predisposing them to secondary complications. Better understanding of diabetes pathophysiology and the inception of new tr

solving the Ultrafast magNetizAtion mystery in ferromagNet-heavY Metal systems

Today’s information society is increasingly dependent on the availability of faster communication in ever-smaller devices. To sustain technological progress, new fundamental ideas are needed. Towards

silicon wafers molding for photovoltaïc application

The aim of the MOSAIQUE project is to propose a novel solution for the processing of PV silicon based on the directional crystallization of Si sheets molded in parallel. In comparison with the curren

silicOn photoniCs sTochastic mAtrix multiplier with phase chaNge matErials

This research project will pave the way to next generation computing architectures relying on hardware accelerators based on silicon photonics (SiPh), phase change materials (PCM) and stochastic compu