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) at ETH Zurich. We are looking for a Postdoctoral (equivalent to a non-tenured Assistant Professor) or PhD Researcher in Applied Macroeconomics and/or Political Economy. Project background The Chair's
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or biogeochemistry. Your profile We are looking for a dynamic, reliable and motivated candidate with a PhD in biology, forestry, environmental sciences or related disciplines. Strong interest in process-oriented
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the PI. Take the lead on work packages related to the candidate’s expertise. Mentor PhD students involved in the project. Limited contribution to education at the College of Management (to be discussed
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Qualifications: PhD in Chemistry, Material Science, or a related field Expertise in analyzing electrochemical interfaces using in-situ spectroscopy or synchrotron facilities (a plus) Programming language
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Publish high-quality scientific publications as well as work in close collaboration with industrial and academic partners from Europe Supervision of undergraduate and PhD students Contribution to proposal
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would be an asset. Your profile : Have a PhD and be able to work independently and in collaboration. He/she must have excellent written and oral communication skills, as well as a strong publication track
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simulations (DFT and MD) applied to energy systems is a significant advantage. Your Qualifications: PhD in Chemistry, Material Science, or a related field Expertise in analyzing electrochemical interfaces using
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close collaboration with two PhD students working on these topics. The efficiency of such pulse-sequence elements is key for improving the sensitivity of NMR experiments. To obtain the best performance
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Institute for Research in Biomedicine, Università della Svizzera italiana | Switzerland, | Switzerland | 6 days ago
/2024. The position is for 36 months. Qualifications Our international team will welcome candidates: - with a PhD in Computational Sciences, Computational Biology or related fields, - with expertise in
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strategies to design pulse sequences for high-resolution solid-state NMR under magic-angle spinning and static DNP in close collaboration with two PhD students working on these topics. The efficiency