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to improve the modelling and governance of biodiversity under uncertainty. The project develops process-explicit, hierarchical models that capture key ecological dynamics, integrate diverse and incomplete data
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philosophy to improve the modelling and governance of biodiversity under uncertainty. The project develops process-explicit, hierarchical models that capture key ecological dynamics, integrate diverse and
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at UiT The Arctic University of Norway through the “Arctic MSCA-PF program”. Successful postdoc candidates will be invited for a two-day MSCA-PF symposium June 10-11, 2026 (hybrid physical/digital event
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physical/digital event, see details at https://uit.no/arcticmsca/programstructure ). At this event, the candidates will present their past research achievements, discuss future plans with their potential
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project proposal within these frames, which will be further developed in collaboration with the Norwegian project lead. The research will be carried out in close collaboration with the international
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these specific traditions; repertoire knowledge is covered by other team members. The successful candidate will lead the project’s computational work package and develop the pipeline that operationalizes
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, reggae, samba). The candidate is not expected to have prior expertise in these specific traditions; repertoire knowledge is covered by other team members. The successful candidate will lead the project’s
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known gene-regulation activities required for healthy embryo development. The project is highly interdisciplinary spanning advanced microscopy, gene regulation, active matter physics, and computational
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Embryogenesis, funded by UiO's interdisciplinary strategic initiative UiO:Life Science. GENESIS brings together active matter physics, cell biology, and computational biology to address the fundamental processes
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UiO:Life Science. GENESIS brings together active matter physics, cell biology, and computational biology to address the fundamental processes guiding the earliest stages of mammalian embryo development