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as supported lipid bilayers, thin atomic-layer-deposited oxide films, and covalent or electrostatic functionalization (30%); 3. Build and optimize experimental hardware, including optical excitation
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electrolyzer. This postdoctoral research position will also focus on high-entropy oxide ceramics of the perovskite type, a family of materials that has been little studied but is particularly promising for water
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project and delivered in collaboration with Ionic Technologies. The project will develop innovative, hydrogen fluoride-free routes for converting recycled rare earth oxide feedstocks into rare earth
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) interfaces (e.g., between carbonaceous anodes and ionic liquid electrolytes in next-generation Na-ion batteries), and the solid-solid (SS) interfaces (e.g., between metal oxide catalysts and carbon support
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performance is a key scientific challenge. The PhD project will focus on the synthesis of tungsten oxide (WO₃)-based thin films using combinatorial magnetron sputtering. Tuning deposition parameters
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as the UK Fusion Energy Ltd STEP powerplant. This project will focus on the engineering and development of new oxide-based ceramic materials and device architectures for MLCCs intended for use in
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nanoelectronics research center IMEC ( https://www.imec-int.com/en ). The work will focus on spatially resolved electrical measurements, enabling direct correlation between structure and transport
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unprecedented exploration of the molecular oxide arrangements present on the surface of glasses, which is crucial for modeling reaction mechanisms. As part of the OSONS (Explore 2026) team project
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spectroscopy. Synthesis and Structural Characterization of High-Entropy Oxide Nanoparticles for Photocatalytic Applications High-entropy oxides (HEOs) are an emerging class of multicomponent materials
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know-how and experience in materials science for fundamental and applied research and have a strong background in i) development of new materials based on nanotextured carbons or carbon/metal oxide