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materials are heavily doped semiconductors, and standard TE materials are based on Te (e.g. Bi2 Te3 ) [2], which are toxic, chemically unstable and expensive because of scarcity [3-4]. Oxides of perovskite
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Taking benefit from a large family of chiral Halide Perovskites recently synthesized at MOLTECH-Anjou
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of photons from the solar spectrum, tandem solar cells present a viable approach to surpass the SQ limit. For instance, KAUST researchers have achieved a certified efficiency of 33.9% in 2024 with perovskite
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simulations in material sciences to rationalize the properties of chiral halide perovskites and related semiconductors. Mais tasks: - Using concept and tools of material sciences to provide an understanding
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. This uses a CEA/DTS lab in-house Transfer Length Method (TLM) tool under illumination and at elevated temperatures and specific sample preparation to measure lateral conduction in layer of Perovskite cells
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of superconducting nickelates. In these systems, superconductivity appears in the thin film form after a delicate post synthesis topotactic reduction of the parent perovskite. One of the focus main focus
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design compounds (i) combining ferroelectricity and magnetism and (ii) showing optimal properties. To that end, the highly multifunctional character of perovskite oxides, among which the most popular
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multi-magnons within thin films of magnetic perovskites using X-ray spectroscopy. The project combines theoretical and experimental work, involving preparation and in-depth characterization of magnetic