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; Probability Theory and Analysis. The list may be updated with new areas up until the deadline for application. As a successful candidate you are expected to: * shine in individual and collaborative
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-determination theory Prepare high-quality publications, present at conferences and ensure that findings inform clinical integration and implementation For information on postdoc positions at the Department of
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of Prof. Georg Madsen, with regular shorter research stays at Aarhus University. The project combines density functional theory (DFT), machine-learned force fields and atomistic simulations to uncover
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within the following areas: Molecular research focusing on non-coding RNAs and EVs. It will be beneficial it you possess bioinformatics/computational skills and strong scientific writing skills. As a
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. messaging, reminders, motivational feedback) ensuring alignment with evidence-based BCTs and self-determination theory Prepare high-quality publications, present at conferences and ensure that findings
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Postdoc in first-principles modelling and machine-learned force fields for correlated disorder in...
University. The project combines density functional theory (DFT), machine-learned force fields and atomistic simulations to uncover how correlated structural disorder controls transport and other functional
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, Ideal Structure and KMS States, Probability Theory and Analysis. The list may be updated with new areas up until the deadline for application. As a successful candidate you are expected to: shine in
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(through published papers) with the above topics. A high level of coding competences will be required. If your PhD is not yet completed, please document that your thesis will be submitted before the start
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addresses this challenge by combining cutting-edge laboratory experiments, advanced instrumentation, and first-principles theory. The project focuses on the quantum dynamics of molecules in low
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govern molecular behaviour at temperatures close to absolute zero. IRAstro addresses this challenge by combining cutting-edge laboratory experiments, advanced instrumentation, and first-principles theory