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to understand complex systems and processes, and solving practically relevant problems to support a sustainable and healthy society. The laboratory has an extensive experience in investigating coupled
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to understand complex systems and processes, and solving practically relevant problems to support a sustainable and healthy society. The laboratory has an extensive experience in investigating coupled
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complex scientific challenges. We are currently seeking a highly motivated and talented Postdoctoral Researcher to join our team and contribute to our cutting-edge research on anion conductive polymer
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algorithms to help research in strategic areas (porous materials science, carbon negative technologies, and renewable energy integration), employing numerical simulations to understand complex systems and
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to help research in strategic areas (porous materials science, carbon negative technologies, and renewable energy integration), employing numerical simulations to understand complex systems and processes
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interdisciplinary experts who collaborate closely to tackle complex scientific challenges. We are currently seeking a highly motivated and talented Postdoctoral Researcher to join our team and contribute to our
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changing the demand for energy Couple carbon material flows with energy systems as well as societal dynamics in collaboration with energy system modelers and computational engineers to explore the complex
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Determination of the placental transport of MNP and MNP-allergen complexes to estimate fetal exposure Investigation of the immune/inflammatory response of the placenta and fetal immune cells to MNP and MNP
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transmission reduction be achieved by aperiodic structures. To do this You create large-scale finite element models of complex dynamic structures and analyse their vibrational properties You investigate
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element models of complex dynamic structures and analyse their vibrational properties You investigate the behaviour of 0-dimensional 2-dimensional and 3- dimensional defects in (chiral) metamaterials, with