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will focus on understanding, modelling, and controlling these topologically-protected spin waves, addressing both fundamental questions and potential applications. Your job This project consists of a
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case study analysis and comparative analysis are desired; experience in institutional analysis or discourse analysis, or GIS is a plus; Excellent command of English; knowledge of at least one language of
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skills in case study analysis and comparative analysis are desired; experience in institutional analysis or discourse analysis, or GIS is a plus; Excellent command of English; knowledge of at least one
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statistical physics, applied probability, and population genetics; develop inference frameworks that link model predictions to genomic and epidemiological data; design controlled computational experiments
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to genomic and epidemiological data; design controlled computational experiments (simulations and synthetic datasets) to validate theoretical predictions; apply your methods to large-scale viral datasets
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PhD in Biofabrication technologies for in situ control of cellular environments Faculty: Faculty of Veterinary Medicine Department: Department Clinical Sciences Hours per week: 36 to 36
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and cultural analysis; an excellent command of English and at least another European language; strong academic writing skills. Additional Information Benefits a fulltime position, initially for 18
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attitude. We consider it a plus if you bring the following: experience with microscopy and molecular biology techniques; programming skills (e.g. good command of R, basic command of Linux); affinity with
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and cultural analysis; an excellent command of English and at least another European language; strong academic writing skills. Our offer a fulltime position, initially for 18 months with an extension
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infrastructure. Although scientists have studied how rainfall and sediment supply affect debris flows, we still know little about how sediment availability changes across space and time, and how this controls how