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(called UnStreZ), you aim at unraveling the mechanisms of DNA replication stress and genomic instability in zygotes with the ultimate aim of improving success rates of in vitro fertilization (IVF
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an excellent fit for you! In this ZonMw-funded project (called UnStreZ), you aim at unraveling the mechanisms of DNA replication stress and genomic instability in zygotes with the ultimate aim of improving
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on relatively simple model problems in which mathematical questions can be studied rigorously, before progressing towards multidimensional acoustic and elastic wave propagation and realistic imaging applications
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to magnetohydrodynamic instabilities and induced braking forces. Additionally the plasma has many localized effects such as implantation and erosion and acts itself as a fluid at the liquid metal-plasma interface. We have
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-elastic properties of membranes in electrolysers are crucial, yet not well-described and studied in the literature. This lack of data seriously hinders the development of accurate models for electrolysers
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research will initially focus on relatively simple model problems in which mathematical questions can be studied rigorously, before progressing towards multidimensional acoustic and elastic wave propagation
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environment with high magnetic and electric fields, leading to magnetohydrodynamic instabilities and induced braking forces. Additionally the plasma has many localized effects such as implantation and erosion