Laboratoire Claverie USherbrooke

Today, August 29, Liu became Dr Peipei Liu. Congratulations Peipei for the fantastic PhD work!

Goodbye, Bin Li! We will miss you!

Members of the Lee group at the University of Houston, USA and of the Claverie group have a nice dinner together at the ACS 2022 in Chicago

Congratulations Solenne Ritaine for the best presentation prize at JNOEJC!

Congratulations Peipei Liu and Pekui Wang ! After excellent presentations at CCCE2022, you both won the DeGruyter prize for best presentation!

Arrived in Calgary! Excellent supper with the crew, and now tiramisu! Wishing you all an excellent Canadian Chemistry Conference

Congratulations Barbara Martin (aka Dr Martin!) for your paper in ACS Applied Polymer Materials!

Depolymerizable Polyimines Triggered by Heat or Acid as Binders for Conductive Inks The ability to print electronic devices on soft substrates has the potential to revolutionize the world of consumable electronics. Electronic inks are typically constituted of an active nanomaterial dispersed in a solvent and stabilized by a surfactant which is necessary to impart colloidal stabilit...

Very nice work on aliphatic polyaldehydes, Barbara Martin!

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Very proud of the work we did with HydroQuébec. Congratulations, Vincent St-Onge and Jean-Christophe Daigle

Une solide avancée pour les batteries du futur L’équipe de recherche du professeur Jérôme Claverie, de l’Université de Sherbrooke, a développé la ...

Congratulations Vincent St-Onge for this publication in Nature Communications Materials! Unless mistaken, this is the first example of all-solid Li battery with Li anode working at room temperature! Nice job, for you as well as Mengyang, Sylviane, and Jean-Christophe Daigle

Reducing crystallinity in solid polymer electrolytes for lithium-metal batteries via statistical copolymerization - Communications Materials Polyethylene oxide is a common solid polymer electrolyte for solid-state lithium metal batteries. Here, statistical copolymerization is shown to be an effective approach to reduce its crystallinity, enabling a high ionic conductivity during room temperature battery operation.