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innovate for a healthier, safer and more sustainable life. And for a strong economy. Since 1932, we have been making knowledge and technology available for the common good. As societies grow more complex
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(with a strong mathematical focus) with above average grades Advanced knowledge in probability; expertise in random graphs, complex networks, hyperbolic geometry or topological data analysis is a plus
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. Pollination by insects is rewarded with floral nectar. However, as a nutrient-rich and well-protected environment, flower nectar also supports a diverse community of beneficial, commensal, and antagonistic
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of a team of researchers, practitioners and societal organisations, then this could be your call. This research is part of the project COMBINED (Combatting biodiversity loss and improving climate
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(GI) in these areas has been recognized for its potential to enhance quality of life for both humans and wildlife, but designing it involves complex trade-offs. Green spaces promote physical activity
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experiments with herbivorous insects, plants and microbes Analysing complex data involving e.g. metabarcoding, metagenomics, and metabolomics Isolating and culturing microbes and testing inoculants on insect
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of this state-of-the-art facility, which is expected to be fully operational by 2035/2036 and will include advanced laboratories for diagnostics and research, cutting-edge biosafety systems, and complex technical
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include: Designing and executing experiments with plants, microbes, insects and drought stress Analyse complex data sets involving metagenomics, transcriptomics and metabolomics Manipulate the soil
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robotic systems that can perceive, learn and act autonomously in complex and changing environments – from industrial settings to agri-food applications. You will (i) work on cutting-edge research problems
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advanced industries. Fundamental knowledge enables us to develop innovative solutions to complex societal challenges. In this position, you would be embedded in the Institute for Complex Molecular Systems