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candidate must hold a Master's or equivalent degree in Physics, Astronomy, Mathematics, Computer Science, or related field, by the starting date of the enrolment (1 May – 1 October 2025). Previous research
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collaborative colleague and meet several or all of the following criteria: an interest in studying ice sheet-climate interactions; a Master's degree in (climate) physics, geosciences or a similar field; strong
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supramolecular origins of purposeful movement in living matter, with a focus ranging from artificial molecular machines to the molecular origins of life. Our research spans three primary areas: 1) Our group
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graphs embedded in spaces with constant curvature. The position will be co-supervised by dr. Moritz Otto (MI) and by dr. Akrati Saxena (LIACS). Academic excellence is the main selection criterion. Your
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and planning, grid integration, and climate resilience within the broader energy transition. The successful candidate will primarily use PyPSA as the main modeling framework for this project
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the Bachelor's and Master's studies as well as the diplomas; an example of your writing (e.g., a publication or your Master’s thesis). Only complete applications received within the response period will be
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Master's studies as well as the diplomas; an example of your writing (e.g., a publication or your Master’s thesis). Only complete applications received within the response period will be considered
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of stereoselective catalysis. As a main training goal, we want to educate researchers in comprehensive data-driven experimental approaches for realizing challenging asymmetric catalytic methods. This network brings
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at the development of powerful and readily applicable workflows for data-driven development of stereoselective catalysis. As a main training goal, we want to educate researchers in comprehensive data-driven
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staff members, who are working at the frontiers of knowledge every day. The Faculty offers a wide range of degree programmes: 15 Bachelor's programmes and over 35 Master's specialisations. Our research