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provide complementary expertise. Applicants should identify the profile that best matches their experience; candidates with strengths spanning both areas are also welcome. Profile 1: Model-based radio
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of the project The doctoral project, "Predicting eco-evolutionary dynamics in a polymicrobial urinary tract infection model", investigates how species interactions shape antibiotic responses, community composition
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Description of the workplace We are currently planning several projects involving the establishment of new cancer models and animal studies. We are therefore seeking a project assistant on an
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models based on firm-level business statistics. For the first time, it separates quantity and quality effects in both demand- and supply-side emissions. The research will provide a stronger basis for
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pancreatic diseases. We combine human tissue resources, stem cell and organoid models, advanced microscopy, and computational approaches to address these questions. The laboratory is located at the Department
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new methods for integrated sensing and communications in optical networks. Cutting-edge machine learning techniques for sensing data analysis, models of the impact of external phenomena on optical
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learning approaches and related data-driven methods to discover new decoding strategies or even new code structures; jointly optimizing quantum codes and their decoders for realistic noise models and
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and Planning division. SMoG is an internationally oriented research group investigating how urban form influences urban life through rigorous spatial analysis and empirically validated models. Its long
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meaningful explanations when unexpected situations arise. We plan to represent and model expectations using formal methods, develop techniques that help a system reason about human expectations at runtime, and
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meaningful explanations when unexpected situations arise. We plan to represent and model expectations using formal methods, develop techniques that help a system reason about human expectations at runtime, and