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fuel distribution, combustion processes, and overall engine efficiency. Project description The primary objective of this project is to explore flow and mixing phenomena in direct-injected hydrogen
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phenomena in the magnetotail. In specific we will focus on two of the most important meso-scale phenomena in the tail: Fast Earthward and tailward flows as well as tail flapping waves. We will conduct both
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simulations with advanced fluid modeling, the project will enhance our understanding of extreme particle energization events that impact infrastructure in the near-Earth space environment and on Earth. Who we
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couple of postdoctoral researchers, and several PhD students. We collaborate closely with rheumatologists Anders Bengtsson and Andreas Jönsen, as well as neurologist Kristoffer Zervades. The group has a
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Grant which started on January 1st 2025. The research team is led by Dr. Karolin Obert and will include three postdoctoral researchers as well as administrative and technical staff. We are now looking for
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of light guidance in HCFs, and thermo- and fluid dynamics under fiber-drawing processes; experimental investigations of material properties of ultra-thin silica membranes (through e.g. transmission-electron
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Computational Physics o Electrodynamics o Statistical Physics o Fluid Dynamics Previous experience or knowledge in the following areas is essential: o Data analysis o Programming skills (e.g., Python
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following topics: o Space Physics o Plasma Physics o Astrophysics o Engineering Physics o Computational Physics o Electrodynamics o Statistical Physics o Fluid Dynamics Previous experience
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following topics: - Space Physics - Plasma Physics - Astrophysics - Engineering Physics - Computational Physics - Electrodynamics - Statistical Physics - Fluid Dynamics Previous experience
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research methods are used in the project. Teaching may be included in the doctoral position. At most, teaching can amount to 20% over the entire four-year period, and if included, the doctoral period is