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to serve teaching, research and innovation. As part of the ANR projects LEASARD and VORTEX, which aim to increase the navigation autonomy of drone fleets in complex environments via embedded AI and event
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nanoscale vortex-state particles in rocks and other geological materials. These particles are predicted to be exceptionally stable magnetic recorders, yet their internal magnetic structure and recording
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“Data-Driven Micromagnetic Modelling”. Your job This study contributes to SPARK , an ERC Consolidator project that aims to unlock magnetic information stored in nanoscale vortex-state particles in rocks
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to mathematically justify certain physical observations. More specifically, we will focus on two questions: The influence of a concentrated vortex on the evolution of a water-wave The influence of stratification in
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. - Experience in flow diagnostics (e.g., PIV, load measurements) and/or vortex or mid-/high-fidelity aerodynamic simulation tools. - Good programming skills (e.g., Python, MATLAB). - Ability to work both
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research on topological light fields, topological metamaterials, and related nonlinear optical phenomena. We are seeking a motivated and skilled researcher with prior experience in vortex beams and nonlinear
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research on topological light fields, topological metamaterials, and related nonlinear optical phenomena. We are seeking a motivated and skilled researcher with prior experience in vortex beams and nonlinear
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research on topological light fields, topological metamaterials, and related nonlinear optical phenomena. We are seeking a motivated and skilled researcher with prior experience in vortex beams and nonlinear
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prior experience in vortex beams and nonlinear spectroscopy. The candidate will collaborate closely with project partners at Imperial College London and the University of Exeter, as well as with industry
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Alfred-Wegener-Institut Helmholtz-Zentrum für Polar- und Meeresforschung | Potsdam, Brandenburg | Germany | 2 months ago
Hemisphere, including the strength and variability of the stratospheric polar vortex – a key driver of weather extremes and large-scale dynamics. The INSIST project aims to understand how changes in Antarctic