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chemical environments and correlated disorder to thermodynamic stability and transport. The research will form a central part of CENSEMAT's simulation-guided materials programme and will be carried out in
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these activities, you will help to strengthen the link between cutting edge research and education at the Department of Materials and Production, and you will take part in the day to day academic life
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on transition metal catalysis applied to the conversion of specific plastic types to carbon capture materials. The position will focus on different catalytic processes and improving their performance
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The position We are seeking to recruit a postdoctoral researcher to work on understanding the mechanisms of AI reasoning. Their core duty will be to advance our understanding of how LLMs acquire
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people, ~250 PhD students and postdocs and around 350 students. Expected start date The starting dates are expected to be January 1, 2027. Place of work and area of employment The place of work is
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designed to also support a range of advanced crystallographic experiments. As a result, planning, preparing, conducting, and supporting user experiments will be an integral part of the position. SINCRYS will
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team-oriented and able to contribute to a good work environment.We expect you to be fluent in oral and written English. In order to be assessed as qualified for a Postdoc position, you must meet these
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In this position, you will be part of the research environment within the Solid and Computational Mechanics research group at the Department of Materials and Production in Aalborg. The group works with
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Postdoctoral position for the project Human AI Collaboration: Imaginaries, Interventions, Interfaces
postdoctoral researcher, your position is primarily research-based, but it will also involve a small degree of teaching and supervision. To that end, the selected applicant will be expected to take part in
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. The position is a two-year role and funded by a DFF research project (‘Safeguarding Users’ Cognitive Autonomy in Human-AI Interaction’). Research objectives This project develops methods to detect changes in