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this context, the doctoral student will join a team of 2 PhD students and 2 postdocs. The main task of the PhD student will be to synthesize and then characterize thin films of ferroelectric materials by
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physical mechanisms at the nanoscale. The candidate will be recruited within the Plasma and Thin Films team (PCM) and will work in the Thin Films theme (https://www.cnrs-imn.fr/index.php/themes/couches
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the BioFlexPV project, we will use a photoacid generator (PAG) acting as a catalyst to trigger the sol-gel process. In this project, we will design thin films using an integrated approach combining sol
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engineering work involves tailoring the side chains to (i) control the position of the dopant and (ii) stabilize the organization of the polymers in the solid state as thin films. Specific applications targeted
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internationally recognized for its expertise on oxide materials. The PhD student will become a member of the Thin Films, Interfaces and Surfaces group at CRISMAT and will be supervised by Julien Varignon, Lecturer
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optical properties of interest (selective optical filtering). The thesis work will focus on (i) the fabrication of thin films with complex structures composed of nanocelluloses and (bio-)polymers using LbL
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the key optoelectronic performance and stability parameters at the junction between functional materials. We will then integrate the optimized interface systems into next-gen thin-film solar cell