The PLEXMOS project aims at discovering new physical phenomena dealing with the light-matter interaction at the nanoscale, and at using the acquired fundamental understanding for prototyping new opto-electronic devices. It is based on the skills...

SWEET collaborative project aims to study both experimentally and theoretically the interactions between ionizing radiations (electrons, ions) and isolated quantum systems. A direct application of the SWEET project is the study of the stellar...

In physics, many quantities are first characterized through a mean value. However in the presence of chaos/disorder, fluctuations contain a crucial part of the physics. We propose to study quantum transport fluctuations with cold atoms, a topic...

Un condensat de Bose-Einstein (BEC) produit l'équivalent pour les ondes de matière d'un laser en optique. Il est donc très intéressant d'examiner si l’utilisation de BEC en interférométrie atomique peut conduire à une amélioration...

The ELECTRON project aims at studying the electronic properties of individual nanoobjects (NO) chemically grown and their potential application in nanoelectronic devices such as chemical sensors or non-linear components.

The disruptive project FLAMENCO proposes to develop a low-cost generic technique to fabricate multiparametric pH and temperature nanosensors on flexible substrates.