This research activity supervised by Florence Marchi, focuses on two topics.
Florence Marchi is also involved in Nanosciences education innovations through practical works developments and an interactive instrument, the Force Feedback Nanomanipulator.
Most the publications related to these activities can be download through the Research Gate page of Florence Marchi (https://www.researchgate.net/profile/Florence_Marchi).

Optique et Matériaux - OPTIMA
Rassembler une chaine de compétence complète qui va de la synthèse et l’élaboration de matériaux nouveaux à l’étude des propriétés optiques non linéaires et plasmoniques

Micro et NanoMagnétisme - MNM
Complementary expertise in fabrication, characterisation, and simulations for studies in nanomagnetism with applications in spin electronics and micro-systems

Systèmes hybrides de basse dimensionnalité - HYBRID
Propriétés électroniques, optiques, vibrationnelles, mécaniques, et leur couplage à l’échelle quantique, de nouveaux systèmes hybrides (nanotubes, graphène, matériaux bi-dimensionnels, fonctionnalisés) que l’équipe développe.
Micro et Nanomanipulation
The aim of this research activity is the study of objet manipulation in 3D at the micro and nanoscale in various environments (gaseous or liquid) with controllable forces. The mechanical tweezers is constituted of... >
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Mesures magnetique locaux
Since 2012, in collaboration with the MNM group (Nora Dempsey) I have developed a method to measure the magnetic force exerted by a micromagnet array on an individual magnetic microparticle. Such micromagnet arrays... >
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