Équipe Chimie Moléculaire Organique (CMO)

We explore of the reactivities of ynamides towards radical species in order to develop new transformations enabling the preparation of original organic compounds.

Contact : Laurence Feray

This topic aims to design new synthetic transformations based on the control of the reactivity of radical species such as nitroxides and taking into account the enantioselectivity issues.

Contact : Stéphane Gastaldi

A part of our research is dedicated to the design and the preparation of new organic molecules containing moieties such as indoles, furans, or chromenes, aimed at serving as photoinitiators or photocatalysts for a variety of applications.

Contact : Laurence Feray

We are developing news tools to perform C-H activation/functionalization reactions occurring by a Hydrogen Atom Transfer (HAT). This project includes also the control of chirality.

Contact : Jean-Simon Suppo

We explore the impact of confinement on the behavior of transient species (radicals and/or photoexcited states) and on the regio- and stereo-selectivity of radical reactions initiated by thermal or photochemical activation. To do this, we design and synthesize the precursors and then control their assembly into the material.

Contact : Eric Besson

We aim to develop new transformations using transition metal complexes bearing various chiral ligands. In particular, we are design well-defined complexes with N-heterocyclic ligands (NHC) containing axes of chirality.

Contact : Hervé Clavier