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to several aspects of the project, including: -design, development and validation of experimental optical microscopy setups -modelling and optimization of experimental parameters -adaptation and further
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liquid phases. The main objectives of the study will be the design of catalysts and the understanding of their catalytic properties. A rigorous investigation of reaction kinetics and mechanisms will be
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conductivity) of the different constituents is essential to supply material data to the digital models used to design industrial parts, and to understand their behavior under mechanical, environmental, and
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standard solar cell manufacturing processes. The project will also include optical simulation tasks and advanced luminescence characterization experiments. The postdoc will also contribute to the design of
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of the project is to design, model and simulate neural networks based on magnetic skyrmion nucleation and propagation. The second objective is to fabricate these hardware neural networks, characterize
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[1,2]. In 2025, our team described a fascinating new strategy for modulating the properties of polyolefins [3]. We reported the design of a functional polymer that induces the compartmentalization
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, comparing them with experimental data. - Contribute to the design of future experiments to improve laser guiding. Laser wakefield acceleration (LWFA) is capable of generating accelerating fields three orders
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, and overall corrosion-barrier performance. The final outcome will be a predictive framework and design guidelines for robust NHC-based protective coatings. This postdoctoral position, funded by
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on the environmental impact of this new synthesis strategy. We will design original synthons/monomers from biomass (e.g., furan, vanillin) that can be polymerized using various processes, including step-growth
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involved in the design and synthesis of the molecules to be grafted and in the characterization of materials by electron paramagnetic resonance (EPR). - Sol-gel synthesis of functionalizable porous materials