researcher / Nicolas Giuseppone

Nicolas Giuseppone

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Disciplines:

Chemistry
Organic chemistry
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Thesis:

Les iodures de lanthanides en catalyse et catalyse asymetrique

Directed Thesis:

Matériaux intelligents intégrant des moteurs moléculaires photosensibles : des réseaux covalents aux systèmes supramoléculaires
Synthèses et études physico-chimiques de matériaux à base de moteurs moléculaires rotatifs photoactivables
Libraries of dynamic peptides based on reversible native chemical ligation
Double-dynamic elastomers : combining dynamic chemistries in a repairable and recyclable material
Synthesis and self-assembly of triarylamines modified with nucleobases
Supramolecular polymers of triarylamines : studies in aqueous medium and covalent capture of their self-assemblies
Supramolecular self-assemblies of triarylamines : fundamental studies and applications
Synthesis and functional properties of triarylamine self-assemblies in conducting devices : electronic, ionic, and water transport systems
Macroscopic amplification of nanoscopic motions induced by molecular machines
Native chemical ligation for the design of dynamic covalent peptides
Conducting triarylamine supramolecular polymers : from electronics to plasmonics
Integrated motions of light driven molecular motors at macroscopic scale
Towards multifunctional supramolecular copolymers
Light-triggered self-assemblies of triarylamine-based conjugates
Auto-assemblages photostimulables de triarylamines supramoléculaires pour la conduction électrique
Dynamic combinatorial mesophases and self-replicating systems
Formation hiérarchique de gradients (bio)fonctionnels fondés sur des monocouches auto-assemblées stimulables par le pH