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Chemical Functionnalization of Surfaces► Mechanisms of surface and nanomaterial modifications ► Application-oriented surface modifications : Antibacterial surfaces |
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Chemistry of Nanomaterials- bottom-up synthesis of graphene quantum dots - Fonctionnalization of carbon nanotubes, fullerenes, graphene - Synthesis and manipulation of graphene oxide (GO) - Graphene oxide (GO) local reduction and electrochemical functinnalization
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Catalysis & Photo-catalysis for Energy► Proton exchange membrane fuel cell and Electrolyzer : - Bio-inspired catalysts for hydrogen evolution and uptake, - Oxygen reduction reaction : Bio-inspired catalysts, N-enriched carbon Nanotubes, Non-noble metal catalysts - Membranes ► PhotoElectroChemical cells : - OPVs coupled to MoS3 hydrogen evolution catalyst ► Chemistry for batteries : - new materials for Li-S batteries |
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Innovative Technologies for Biology and Healthcare► Biosensors : - Optical, mechanical and electrochemical biosensors ► Surface chemistry for biology and healthcare : - Antimicrobial surfaces, Photo-antimicrobial surfaces - Cell antiproliferative Surfaces for ophtalmic implants (with BioWintTech) - Biosurfaces for nuclear decontamination - Surfaces chemistries for biochips and biosensors - Biomimetic surfaces by supramolecular assemblies - Modified biopolymers ► Drug delivery : - Passive and porous drug delivery systems - Irradiation induced drug delivery systems (Nano-objets polymères et hybrides sous irradiation) ► Micro/Millifluidics for biology and healthcare : - Lab-on-papers, Micro/Millifluidics by printing technologies |
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Organic & Molecular Electronics► Organic Electronics : - OLEDs, OTFTs - OPVs, , Hybrid SiNWs / polymers solar cells, Perovskite-based solar cells - Organic spintronics (see also the latest result here) ► Circuits with learning capabilities & memristors ► Nanoelectronics : - Flexible RF electronics based on graphene, CNTs and MoS2, ► Printed electronics |
Maj : 02/02/2018 (2557)