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Your position Our group conducts research at the intersection of artificial intelligence (AI) and pediatric healthcare, developing AI and machine learning (ML) methods to address real-world clinical
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selective transport processes and how this functionality can be leveraged in the design of bio-inspired artificial nanopores. In this project, we want to apply high-speed atomic force microscopy (HS-AFM), and
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years, as part of the research project 'Assisted Thinking. A Deep History of Scholarly Artificial Intelligence', funded by the NOMIS Foundation, Zurich. The research project deals with a deep history of
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participation and exchange. Our team places emphasis on state-of-the-art methodology including artificial intelligence tools.
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Scholarly Artificial Intelligence', funded by the NOMIS Foundation, Zurich. The research project deals with a deep history of artificial intelligence by relating the practices and procedures of contemporary
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this functionality can be leveraged in the design of bio-inspired artificial nanopores. In this project, we want to apply high-speed atomic force microscopy (HS-AFM), and other super-resolution microscopies
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including artificial intelligence tools. Research Coordinate and manage research projects Conceptualize, design, conduct, and analyze research studies (e.g., experiments, panel data) Mentor research