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dedicated to fundamental understanding as well as development of effective and low-cost solar cells based on thin film technologies. The focus is on materials containing chalcogens such as sulfur and selenium
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are of large value. The effort will be based on an existing code-base we have developed to design optimal thin film structures for a given purpose. These structures will be fabricated by other members
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://www.epn-campus.eu/users/partnership-for-soft-condensed-matter-pscm/ ) and/or in Sweden, (e.g. thin film deposition and x-ray reflectivity characterization). An interest in the use of magnetic reference
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://kemi.uu.se/angstrom/?languageId=1 ). Work duties The project involves research in the area of thin-film growth using Chemical Vapor Deposition (CVD), development of processes and equipment for CVD, fundamental
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-thin film systems of relevance in electronics, optics, for hard coatings and in related interdisciplinary projects can be part of the working duties. Taking over responsibilities in collaboration
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for measurements of the chemical composition with high spatial resolution. Engagement in developing advanced data analysis is expected. Applied research conducted mainly for ultra-thin film systems of relevance in
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are an important part of the research. The materials will mainly be produced using chemical vapor deposition (CVD). The research project will involve fundamental materials science studies of thin films produced with
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The project focuses on the preparation and functional studies of metal-organic frameworks (MOFs) with redox active components as thin films on conducting substrates. Particular focus will lie on studies