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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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preindustrial scale. (2 points) • Encapsulation of organic solar cells. (2 points) • Accelerated stability/degradation testing. (1 point) • Contact angle measurements. (1 point) • Basic analysis of AFM
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development of anti-cross-over layers with low PGM content and the definition of accelerated test protocols (AST) for the evaluation of cell degradation and useful life. Where to apply Website https
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will include: Assemble and validate modular electrocatalytic reactors and analysis methods for realistic CO2 electrocatalysis, with a focus on parallel investigations and accelerated aging. Dissect
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existence of numerous standards, no existing laboratory method can reliably reproduce the long-term degradation observed under real-life conditions. The industry relies on accelerated ageing tests (such as
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development of reproducible wide-bandgap perovskite absorbers and complete perovskite subcells, including their intrinsic stability, phase behaviour, interfaces, and accelerated ageing. CEA focus
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PhD in Materials Science Norrkoping Reference number LiU-2026-03852 Join us in developing machine-learning accelerated simulation methods to understand and optimize interfaces in hybrid organic
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Join us in designing stable materials for sustainable energy devices with machine-learning-accelerated simulation and modeling. Work assignments The postdoctoral researcher will develop machine
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behaviour, interfaces, and accelerated ageing. CEA focus: integration of selected candidates into perovskite/silicon tandem cells, device and module fabrication, lifetime testing, and feedback on
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linking power electronic switching to material degradation is lacking. As a doctoral student, you will work at the cutting edge of electrification. Your main tasks will include: Developing automated