Thèmes de recherche

• Topics
• Members
• Equipments
• Ongoing theses

Scientific objectives

• Pioneering advanced materials science through sustainable polymer chemistry, colloidal chemistry, and 3D/4D printing
• Developing light-induced, wetting- or mechanical-driven, and plasma-assisted processes to generate complex, hierarchical materials with multifunctional properties.
• Designing and characterizing surfaces and interfaces with controlled chemical and physico-chemical properties, enabling the development of stimuli-responsive and programmable materials.
• Investigating the fundamental mechanisms governing material synthesis and processing to optimize performance and scalability to industrial levels
• Engineering multidimensional (2D, 3D, 4D) functional materials with tailored structures and dynamic properties for use in energy storage, biomedicine, smart coatings, and adaptive electronics.

Keywords

• Adaptative materials and surfaces
• Multi-functional materials
• Nanocomposites
• Functional interfaces
• Soft (programmable) materials
• Plasma polymerization
• Photopolymerization
• Environmental remediation
• Sustainability

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