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only to delve into modern nanofabrication and cutting edge material science, but also to actively engage in fundamental physics and quantum technology topics, in the uniquely collaborative effort to go
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for a motivated and talented candidate with: • A Master's degree (or equivalent) in chemistry, biochemistry, nanoscience, physics, or a related field • Previous knowledge about nanopore experiments
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communications The opportunity to pioneer innovations in the emerging field of fibre cavities with applications ranging from fundamental quantum physics to future photonic telecommunications The successful
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, and selective forgetting, and translate these into training-recall-forgetting cycles on physical polymer films and bilayer actuators. Contribute to integrating learning materials into soft robotic
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physics-based and data-driven modeling and data-analysis skills (e.g. Python, MATLAB, or comparable tools) are an advantage High interest in interdisciplinary research Excellent communication skills and
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[email protected] . For administrative questions about the application process, please contact Maja Weilenmann [email protected] . The University of Zurich is committed to diversity, equal
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-impact scientific publications. Your profile Master’s degree in Materials Science, Chemistry, Chemical Engineering, Physics, Biophysics, Pharmaceutical Sciences, or a related field. Quantitative mindset
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terms of process-structure-mechanical property-function relationships. The candidate will be enrolled as PhD student at the Doctoral School for Materials Science and Engineering (EDMX) of EPFL (Lausanne
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systems developed in the SAM3 project in terms of process-structure-mechanical property-function relationships. The candidate will be enrolled as PhD student at the Doctoral School for Materials Science and
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related to tasks and the job profile please contact Prof. Dr. Mariëtte van Loon, [email protected] . For questions about the application process please contact [email protected] . We