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the Algebra, Geometry and mathematical physics group . You will be joining the project from classical to noncommutative symmetries. The goal of this project to study two mathematical incarnations of symmetry
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interbreeding between taxa, is more common than previously thought. Furthermore, rates of hybridization are predicted to increase with on-going climate change. Hybridization is a dramatic process that can have
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to the xylem endings. This provides the pathogen access to the vasculature for systemic spreading through the leaf. During different stages of the infection process Xanthomonas injects effector proteins
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? Your experience and profile You will have: a first master degree or equivalent in computational science, computional biology, computational (bio)physics, applied mathematics, or an allied field; research
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1 September 2024. This should lead to a dissertation (PhD thesis). We will draft an educational plan that includes attendance of courses and (international) meetings. We also expect you to assist in