We study the relationships between the composition, structure, and mechanical properties of soft polymer materials. We are fascinated by how they stick, deform, detach, and break in different environments. Our group works on both model (synthetic) and biosourced polymers.
Our core value is to prioritize understanding soft polymer materials over developing them by trial and error. This understanding helps us explain various physical phenomena and provide guidelines for rational designs. We keep applications in mind and target specific ones when we can. We are committed to disseminating research of high quality and lasting impact. Finally, we value collaboration with both academic and industrial partners (see the list below).
Polyelectrolyte complex coacervates are a class of soft, water-rich materials with widely tunable mechanical properties from viscous liquids to stiff solids. Read more...
Deep eutectic solvents (DES) are an emerging class of non-volatile and low-toxicity solvents based on extensive hydrogen bonding (as opposed to ionic liquids where the interactions are primarily electrostatic). Read more...
A major focus of our research is the study of the mechanical behavior of soft materials under different loading conditions and in different environments. Read more...
Fouzia Boulmedais, ICS
Alain Chaumon, University of Strasbourg
Mathew Tirrell, University of Chicago
Guillermo Monreal-Santiago, University of Strasbourg
Olivier Felix, ICS
Yvette Tran, ESPCI Paris
Jérôme Combet, ICS
Christophe Chassenieux, Institute of Molecules and Materials of Le Mans
Christian Gauthier, ICS
Maud Villain-Gambier, Institut pluridisciplinaire Hubert Curien - IPHC
Francisco J. Cedano-Serrano, Saint-Gobain Reseach Aubervilliers
Coralie Teulere, Saint-Gobain Reseach Aubervilliers
Philippe Reb, Biosphere Medical