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. The vision of WASP-HS is to foster novel interdisciplinary knowledge in the humanities and social sciences about AI and autonomous systems and their impact on human and social development. WASP-HS enables
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development. The postdoc is expected to perform high quality research, with the aim of disseminating resulting works through high impact peer-reviewed journals or at national and international conferences
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expansion of the industry. Particularly, a significant gap of knowledge remains regarding the genetics controlling male fertility. Over the last years our group has recorded male fertility proxies using
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work together with top researchers in cognitive neuroscience with the common goal to understand how our brains encode the minds of others. We conduct various research projects that lie in the relatively
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Foundation for Strategic Research (SSF). You will join a growing team that currently includes two PhD students. As a postdoc, you will support ongoing research while being encouraged to carve out your own
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will be used to ground-truth model outputs, refine risk indicators, and assess the effectiveness of adaptive forest management strategies. Your background We are looking for a person with a PhD in
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for the assessment of existing infrastructure under climate impact - Integrate time-dependent deterioration models with climate projections - Update models using monitoring and inspection data - Calibrate and compare
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internationally visible research, strong industry links and diverse environment create a collaborative setting where ideas grow into real impact. At the division of Data Science and AI , we develop data-driven
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approaches to identify, assess and manage chemical risks in water. In this project, funded by Water Wise Societies (Impact Innovation programme), we will work with the water sector to develop a new praxis for
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from curiosity-driven quantum research to technological and societal impact. About the research project A key challenge in scaling superconducting quantum processors is the efficient readout of quantum