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which it is found. This includes over 300 publicly accessible genomes as well as several dozen long-read assemblies from the lab's internal collection. This position aims to synthesise all available
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collaborative research environment Freedom to develop independent research directions Access to world-class infrastructure at ETH Zurich and PSI Opportunities for interdisciplinary and international
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(100%) for up to 3 years Environment: A collaborative, international team at ETH Zurich's Basel campus with access to state-of-the-art HD-MEA technology and microscopy facilities Collaboration: Close
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depending on performance and funding. A multifaceted and intellectually stimulating role at a world-class university, with a highly competitive salary and excellent working conditions. Access to state
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. The opportunity to work with the world-first imaging device tailored to study drift in riverine ecosystems. Access to an extensive network within the field of Ecohydraulics. Scientific independence, visibility and
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Science and Engineering at the ETH Zurich in Basel Highly interdisciplinary and collaborative research environment Full access to state-of-the-art nanofabrication facilities and expertise at the campuses
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support for academic profiling and grant applications. Support programmes and networks, such as mentoring and access to institutional and interdisciplinary networks. A collaborative team culture, with close
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and integrated systems research, and the Digital Design Lab. LUS provides access to unique design and applied project frameworks in urban transformation. You can expect numerous benefits , such as
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the Zero Carbon Building System Laboratory (ZCBS) for daylight and integrated systems research, and the Digital Design Lab. LUS provides access to unique design and applied project frameworks in urban