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cadmium telluride solar cells. We will achieve this by improving our understanding of the structure and electrical properties of defects in polycrystalline solar cells. We will use new materials for buffer
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reporting about the techno-economic analysis (TEA) and life cycle analysis (LCA) of the upscaling of the manufacturing of flexible perovskite solar cells. The goal being to evaluate and stimulate
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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
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-structured compounds were first used in solar cells in 2012 and have seen rapid increases in efficiencies to over 25%, already higher than most competing technologies. The major obstacle of perovskites is
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on dye-sensitized solar cells (DSSCs) or organic photovoltaics mainly capture light in the visible range, while a non-negligible proportion of radiation is found in the near-infrared (NIR). This program is
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the fundamental aspects of these innovative solar cells. You will join a dynamic doctoral cohort comprising 4-6 PhD students across 5 research groups, all commencing in 2024. This setup fosters a collaborative and
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transient photovoltage decay and impedance spectroscopy to probe the fundamental aspects of these innovative solar cells. You will join a dynamic doctoral cohort comprising 4-6 PhD students across 5 research
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Number of Opportunities Available: 1 fully funded place Supervisors: Dr. Bora Karasulu (Chemistry), Dr. Albert Bartok-Partay (Physics) Summary: Solar modules incorporating lead-halide perovskites
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time of 75% (29.85 hours) is planned for the 2-3rd year of the contract. “Gradient bandgap engineering in oxide perovskites for use in tandem solar cells” as part of the ‘FuturePV’ „Grundlagen für
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highly motivated PhD student who will develop new material concepts for organic solar cells. The project is funded by the Swedish Research Council. You will work closely with several PhD students and