Nanomachines powered by light: These photomechanical devices foreshadow the intelligent materials of tomorrow, following the research footsteps of Jean-Pierre Sauvage (Nobel Prize in Chemistry 2016).
Supramolecular conducting polymers based on triarylamines: applications include photovoltaics.
Self-healing and recyclable thermosetting polymers, particularly for the building industry.
Molecules that can form fibres by consuming nutrients: an artificial material similar to living matter that can perform complex biological functions such as cell division.
Voted one of the world’s top 21 scientists under 40 by the World Economic Forum (2019).
Cofounder of the startup Qfluidics.
Synthetic polymers containing coded messages, a molecular label for authenticating and tracing various materials and products.
Winner of the CNRS silver medal for his pioneering role in precision macromolecular chemistry. 10 patents filed.
Next-generation electroluminescent transistors
for making screens with a resolution that is 3,000 times better than the most powerful Retina screens.
Membranes made from graphene and related materials to effectively purify water by eliminating toxic pollutants such as ions, particles, and micro-organisms.
Recipient of four ERC grants, including two ERC Proof of Concept grants for developing a prototype for a pioneering screen and membranes for purifying water.
