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Slender structures: stability, optimisation, control
In this research, we will investigate and develop applications of multistable composite panels and shells as morphing surfaces capable of large shape changes under external loading and embedded actuat
Ultimate power multi-switching cells system integration in silicon multi-poles chip.
The project deals with the integration in the field of power electronics. It aims at developing new quasi-monolithic or monolithically integrated silicon power switching cells of higher performance an
Crystal Nucleation On a Chip
In this project, we are aiming for a real breakthrough in our understanding of the crystallization process by looking at the nucleation kinetics, through the combination of modern experimental techniques (microfluidics), Small Angle X-Ray Scattering (SAXS) from a synchrotron source and a new and original Monte Carlo simulation back and forth until we hopefully set up a clear understanding of the nucleation process.
Are policies shaped by parties, or vice-versa? Issue visibility, political trade-offs and party transformations in France
Issue visibility, political trade-offs and party transformations in France
A study of job quality for cleaning occupations
The number of jobs related to cleaning (cleaners, domestic workers, home care workers, housemaids, …) has increased quickly for the last ten years. These occupations represent now a high potential for
Spins and Semiconductors at the Atomic Scale
In the context of spintronics development using semiconductors, new phenomena have been discovered and begin to be explored at the nanoscale. Spin injection in semiconductors from a ferromagnetic meta
Information eNergy Conversion at the single quAntum Level
« Information is physical » : by postulating the physical nature of information in 1961, Landauer was solving the paradox of Maxwell’s demon and successfully merging thermodynamics and information sci
Detection and identification of individual biomolecules translocating through a carbon nanotube
Novel analysis techniques are actively sought to hold the promise of personalized DNA sequencing and high-throughput screening of proteins at affordable cost and viable time. Among those, nanopore sen
Gap-Plasmon Physics
Studying very fundamentally how light is able to sneak into a tiny gap between two metals should allow us to design extremely senstive sensors for biomolecules, artificial materials to manipulate light or exotic light sources (laser-like).
