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position in physical geography, with a focus on fluvial geomorphology and ice dynamics. Start date will be September 1, 2024, or according to agreement. Application deadline is May 23rd, 2024. Project
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of the four most important diseases for the global burden of disease (non-communicable diseases) and is currently the leading cause of death. Both air pollution and physical inactivity are among the 10 leading
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chemical characterization methods to characterize the chemical and physical properties of the polymeric semiconductors. The Ph.D student will develop new processes for recycling polymer electrodes and
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physics. The position will give you the opportunity to work with experienced scholars and get access to networks stretching across academia and industry in an area at the center of political attention
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for the design and synthesis of polymeric electrocatalysts based on polymeric semiconductors. The Ph.D. student will use state-of-the-art chemical characterization methods to characterize the chemical and physical
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provides the opportunity to deep-dive into research at the crossroad of the vibrant fields of transition studies, industrial dynamics, climate change, sustainable development and physics. The position will
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in Chemistry, Physics or Materials Science experience of using computational tools for materials modelling. very good oral and written proficiency in English. Focus will be also be on soft values
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growing business in electrodynamic calculations at the EISLAB division. We carry out research in the areas of electronic systems, machine learning and cyber-physical systems. The electronics systems group
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-throughput datasets including metabolomics, proteomics, and transcriptomics. By aligning the model predictions with physical interactions between biomolecules, our approach ensures that the results are both
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research in the areas of electronic systems, machine learning and cyber-physical systems. The electronics systems group focuses on electrodynamic simulation, electronics design, and measurement technology