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represent a key control on long-term sea-level change. However, the dominant mechanisms governing ice-shelf response to atmospheric and oceanic forcing remain insufficiently constrained. Depending on project
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of their contribution to future sea-level rise. Ice shelves regulate the discharge of grounded ice into the ocean and thus represent a key control on long-term sea-level change. However, the dominant mechanisms governing
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competencies in molecular design and synthesis, synthesis of organic and inorganic materials, chemical analysis and structure and morphology analysis, both in solution and solid state. We teach in the core
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tasks Freshwater ecosystems play an important role in global methane (CH4) emissions, in part because they release large amounts of CH4 supplied from groundwater. Yet, the mechanisms regulating
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and pre-treatment of textile structures dyed with new biogenic dyes. The work includes bleaching experiments on mixed textile waste as well as extensive chemical, mechanical and colorimetric
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graduated at Master’s level in machine learning, statistics, computer science, fluid mechanics, or a related area that is considered relevant for the research topic of the project, or have completed courses
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the mechanical properties of conjugated polymers and on the development of spinning processes for the manufacture of conducting polymer fibers for wearable electronics. A summary of the research field can be found
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solid state. We teach in the core subjects of general, analytical, inorganic, materials, polymer and organic chemistry ̶ from undergraduate to doctoral level. The doctoral position is connected
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predictor of soil carbon storage. Yet, we do not fully understand why soil microbes use soil substrates so inefficiently sometimes and seem to ‘waste’ energy. Our project will probe the mechanisms behind
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or post- transcriptomic mechanisms of plant plastic response to stress using wild Arabidopsis thaliana ecotypes as a model. The successful candidate will have the opportunity to work on a cutting-edge