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into the PhD programme. Required qualifications: Demonstrated experience with experimental techniques (e.g., flow-through experiments, column studies, material characterization) and/or numerical modeling of flow
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poorly understood and are inadequately represented in current climate and ice sheet models. This project focuses on improving the physical representation of glacier dynamics, calving laws, and ice–ocean
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obtain information about the norms and behaviour of others. A combination of agent-based modelling and experiments will be used to examine how people perceive social norms on climate change topics and how
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often debris flows occur and how big and hazardous they are. In this project, we will use uncrewed aerial vehicles (UAVs) and modelling to study how, where, and when sediment is produced in mountain
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, you'll help synthesize a conductive anode within a bicontinuous emulsion, coat it with a nanoscale separator, and fill it with cathode material. The goal is a scalable, robust fabrication method that could
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action. These theories will be at least partly formalized, for example, game-theoretical models, but will also be informed by philosophical (normative) perspectives. Empirical tests will primarily rely
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2 PhD's in JUST MATTER. Situated Material Engagement for Climate Justice Faculty: Faculty of Humanities Department: Department of History and Art History Hours per week: 36 to 40 Application
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technologies (including light-based volumetric and multiphoton printing, as well as magnetic and acoustic field-based techniques) to control cells and materials directly within assembled and in vivo developing
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of sustainable natural resources and materials growing there. The harvesting and use of renewable, low carbon materials like reed and willow are a part of Zeeland’s cultural heritage but could also play a key role
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aims to unlock magnetic information stored in nanoscale vortex-state particles in rocks and other geological materials. These tiny particles may preserve key information on the strength and behaviour