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Biography. As a physicist-turned-biologist, I am fascinated by how complex systems function and evolve. My main question is how interactions at one level (e.g., between genes, cells, individuals) create emergent behavior at higher organizational levels (e.g., in genetic networks, multicellular systems, communities).
Simon van Vliet — Junior Group Leader. I am a physicist turned biologist who is fascinated by the dynamics and evolution of complex systems. I initially studied the dynamics of complex systems at the biggest (astronomy) and smallest (quantum physics) scales.
Uns interessiert, wie Interaktionen im Biofilm, die Krankheitsdynamik von chronischen Lungeninfektionen beeinflusst. Ziel ist es, neue Strategien zu finden, die beispielsweise das Wachstum von Biofilmen verhindern oder die Toleranz gegenüber Antibiotika verringern. Weitere Informationen: vanvlietlab.ch.
Collage of multiple biofilms of Escherichia coli. Multispecies biofilms are of critical importance for the well-being of humans and the planet: they are major players in biogeochemical cycles, affect the health of multicellular organisms, and are essential for many industrial applications.
Education. 2017 Ph.D. Systems Biology, ETH Zurich, with Martin Ackermann 2011 M.Sc. Applied Physics, TU Delft, with Juan Keymer Position Held. 2022 – now Project Leader | SNSF Ambizione Fellow, Biozentrum, University of Basel
Simon van Vliet's 38 research works with 542 citations and 2,344 reads, including: Spatial self-organization of metabolism in microbial systems: A matter of enzymes and chemicals
Junior Group Leader | SNSF Ambizione Fellow at Biozentrum, University of Basel. Basel, Basel, Schweiz. 223 Follower:innen 220 Kontakte. Gemeinsame Kontakte ansehen.
- Biozentrum, University of Basel
