78 high-performance-quantum-computing "https:" "https:" Postdoctoral positions at Aarhus University
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and maintain an overview during periods of high workload. We expect that you are efficient at planning your time and organizing major tasks. You enjoy interaction with both scientific staff, students
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description You will be working primarily with collaboration parters of remote handling and maintenance under the EUROfusion program The position will focus on aspects of dynamics and control of robotic
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position is primarily research-based but may also involve teaching assignments. You will contribute to the development of the department through research of high international quality. In your daily work
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The project will involve both experimental and computational work and the candidate is expected to be comfortable with both. The candidate is expected to have (or be close to finishing) a Ph.D. in molecular
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if applicants can document: a track record of research publications of a high international standard commensurate with the length of the applicant’s academic career experience of participating in national and
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development for postdocs at AU. You can read more about it here: https://talent.au.dk/junior-researcher-development-programme/ If nothing else is noted, applications must be submitted in English. The
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thriving food scene, high-quality museums, a surrounding beautiful nature, a very lively city due to the “young population”, and many cultural events, including music festivals, etc. See e.g. the recent
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working in a Linux-based high-performance computing environment. Prior experience with analysis of NGS and single-cell sequencing data, preferably experience with BCR and TCR sequencing analysis. Sound
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programme. Academic staff contribute to the teaching. English is the preferred language in the laboratory, at meetings and at seminars. The department employs approx. 500 people from all over the world, and
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₂ Research Center (CORC). The successful candidate will contribute to the HyperCap research program by developing improved and cost-efficient synthesis routes for thermodynamic promoter systems used in gas