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Any material, of stainless steel to the liposomes, the polymer prostheses to carbon fibres interacts with its environment by its surface. Adhesion, corrosion, lubrication, the electrical contact, the biocompatibility or damping are as many current phenomena controlled by surface effects. The alive systems, them also, are the seat of innumerable phenomena of interface located in the lipidic bilayers or on the external surface of proteins.
Laboratory of Chemistry of Surfaces and Interfaces (LCSI)
Laboratory of Nano-Objects and Complex Systems (LNOSC)
The Laboratory of "Nano-Objects and Complex Systems" gather two groups working on simulations, modelisations and theoretical studies that are strongly coupled with experiments: one is the research group "Modelisation of Surfaces Interfaces and Nanostructures (MSIN)", the other is the research group "Complex Systems and Fracture". Members of the Laboratory Contacts: C. Barreteau (MSIN) or D.
Groupe Photemission, Photodiffraction et Spectromicroscopie The group's research activities focus on the analysis of electronic structure and the chemistry of surfaces and interfaces using spectroscopic and diffraction techniques of photoelectrons. Contact: N. Barrett Members of the laboratory.  
Laboratory of Nanostructures Studies and Surface Imagery (LENSIS)
Laboratory of Oxide Surfaces and Interfaces
The oxides represent a vast whole of materials inside which one finds the main part of the physical properties exploited in the current devices: they can be for example insulating, semiconductor, ferromagnetic or antiferromagnetic. The nanometric oxide layers are currently in the heart of the nanotechnologies like the spin electronics and the development of new electronic components (CMOS).

 

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