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production. In parallel, photoelectrochemical systems (PECs) integrated with solar concentrators will be developed, based on stable and scalable photoanodes (Fe and W oxides, Ta nitrides) functionalized with
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Institut de Physique et Chimie des Matériaux de Strasbourg (IPCMS–UMR7504), within the “Oxides in Thin Films” team of the Department of Inorganic Materials Chemistry, under the supervision of Daniele
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-metal perovskite oxides offer a versatile platform for this purpose: their A- and B-cation chemistry can be varied to tune the interplay between lattice, orbital, spin, and charge degrees of freedom. In
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materials and micro- and nanostructured interfaces for energy conversion, storage, and management technologies. Thin films with different compositions, including oxides, metals, and hybrid materials such as
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consisting of low-iridium mixed oxides and high-entropy alloys will be synthesized, correlating composition, structure, and morphology with electrocatalytic activity, stability, and degradation mechanisms
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, including metals and metal oxides. This position is in the Computational Materials Science Group of the Materials Science Division. fundamental and applied research in the thermodynamics and kinetics of
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, including metals and metal oxides. This position is in the Computational Materials Science Group of the Materials Science Division. fundamental and applied research in the thermodynamics and kinetics of
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at room T and P at metal electrodes, CO2 mineralization on silica based oxides, and biological interfaces. Extensive Molecular dynamics (MD), integrated with ML potential where needed. Biased MD for
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at room T and P at metal electrodes, CO2 mineralization on silica based oxides, and biological interfaces. Extensive Molecular dynamics (MD), integrated with ML potential where needed. Biased MD for
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environmentally responsible. In this PhD, you will design and synthesise novel heterogeneous catalysts, including supported metal nanoparticles, mixed metal oxides, and microporous materials, for the