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PostDoc in aerobiological modelling Are you interested in atmospheric science and can you contribute to the development of a new generation of numerical models describing concentrations and
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contribute to the development of a new generation of numerical models describing concentrations and transport of bioaerosols? Then the Department of Environmental Science invites you to apply for a 2
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physics and experience with quantum many-body scars is an advantage. Experience within numerical methods for quantum many-body systems is required. Personal and collaborative skills are also important
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tunneling in tunnel junctions based on van der Waals heterostructures composed of atomically thin materials. The project will employ a broad range of analytical, semi-analytical, and numerical techniques to
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are expected to have a solid background in quantum physics and experience with quantum many-body scars is an advantage. Experience within numerical methods for quantum many-body systems is required
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numerical performance and interoperability. Extend the framework to include CCUS and PtX components (compressors, coolers, JT flash for CO₂ conditioning, storage tanks, pipeline transport
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have the opportunity to carry out simulations applying our pre-established numerical models, if you so desire. Responsibilities and qualifications Your primary responsibilities will be to: Perform in
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and magnetism Experience with Fortran or high-performance numerical methods Experience with writing and publishing scientific articles. Ability to work independently, to plan and carry out complicated
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and Turbulence group, led by Associate Professor Mahdi Abkar, focuses on developing and testing improved numerical models to predict the complex interaction between turbulent flows and the environment
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, numerical modelling or inverse problems. Strong publication record relative to career stage. Excellent written and spoken English communication skills. Following qualifications will be considered