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reasoning about them remains surprisingly difficult. Our research addresses this challenge in the following domains: Designing expressive languages for specifying network behavior Developing verification
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powers this new hybrid network. Your code will directly enable the next generation of energy-efficient AI clusters. Project scope You will bridge the gap between custom optical hardware and standard AI
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by pH and substrate availability constrains metabolic network architecture despite substantial taxonomic turnover in anaerobic digestion communities, providing a mechanistic explanation for
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projects. The precise research topic(s) will be discussed with the successful candidate depending on their background, expertise and affinities. Analysis and publication of results Build a strong network
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Build a strong network in the field of research Participate in education, and PhD and master student supervision Profile Strong background in computational biology, bioinformatics, machine learning, or
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the EPFL campus and a translational lab in the AGORA cancer research center (with direct access to patient material). Furthermore, a strong network of clinical partners in Europe and the US has been
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). Furthermore, a strong network of clinical partners in Europe and the US has been established. The successful candidate will closely interact with experts in microfluidics and bioinformatics, while
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precise research topic(s) will be discussed with the successful candidate depending on their background, expertise and affinities Analysis and publication of results Build a strong network in the
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within the NCCR AntiResist consortium, with access to a broad network of AMR-focused groups across Switzerland Competitive salary (see EPFL postdoc salary scale) Support for independent fellowship
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facilities and laboratory resources Opportunity to collaborate with world-class scientists through a network of national and international stakeholders Opportunity to work at EPFL, an internationally