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regulatory instruments for the hydrogen economy. These hypotheses will be tested both quantitatively, on the basis of experiments, and qualitatively, through semi-structured interviews. In developing
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will be employed and tested on actual measurement data as a benchmark. The project will involve mathematical modeling, construction of numerical methods, coding, testing, numerical simulations, and
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composition and catalyst structure affect performance during transient Fischer–Tropsch synthesis (FTS). In this project, you will focus on understanding how variations in CO/CO₂/H₂ ratios and the presence
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working with modification technologies, whether (bio)chemical or physical? Do you enjoy using advanced analytical techniques to understand structure–function relationships and translate them into fossil
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structures with extraordinary precision and do so quickly enough to keep up with large-scale production. This creates a fascinating computational challenge: how can we infer hidden physical properties from
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multidisciplinary collaboration between the Laboratory of Protein Engineering and Structural Biology (Dr. Matti Pronker), the Laboratory of Immunoglobulin Research (Prof. Gestur Vidarsson), the Laboratory of Cellular
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observations, semi-structured interviews, controlled language tasks, as well as advanced statistics (network analysis). Together, the studies you will conduct will inform us about when and how brokering has
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of methods, including semi-structured interviews, diary-based methods (Experience Sampling Method), scenario-based judgement tasks, attitude scales, and parent-child joint problem-solving and narrative
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combinations that support the creation of innovative and sustainable food products. Another example is using large language model (LLM) tools to automatically extract and structure fragmented information from
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in domains where observations are indirect, incomplete, expensive, or noisy, and where reliable models must respect the structure of the underlying physical system. For example, in subsurface