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predict how much and how fast proteins are produced in vitro, as we need to learn the so-called cis-regulatory code: the relationship between DNA sequence and protein levels. The ambition of this project is
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the Netherlands and researchers of universities of applied sciences. The focus of this PhD position is Spatial Energy Planning within Positive Energy Districts. This part of the project focuses on aligning heat and
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and is affected by various biogeochemical processes. The processes governing ocean alkalinity act over multiple timescales (from instantaneous chemical equilibration to hundred thousand of years) and
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AI-related policy in development and governance. Fourth, the project must address the alignment (or lack thereof) between the global governance arrangements of AI and the normative that those
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must address the alignment (or lack thereof) between the global governance arrangements of AI and the normative that those arrangements are expected to meet. Lastly, this project must integrate
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Research (NIOZ), TU Delft, TU Eindhoven, Naturalis, University of Amsterdam and multiple others. Further project partners involve a broad range of stakeholders in the North Sea area, including NGO’s, Dutch
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%) Lead and coordinate the development and implementation of a regulatory roadmap aligned with Dutch and EU legislation (e.g. EuFMD, GMO regulations, BSL-3/4 permit frameworks, and veterinary and public
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will inform port operations in the Netherlands and globally, as part of the project objectives. Key responsibilities Develop own research plan (in alignment with the project and assisted by supervisors
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ensuring social impact while maintaining competitiveness and long-term sustainability. To achieve these objectives, this study will use qualitative and survey-based research. Aligned with several Sustainable
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in the Power Electronics Group at UT and collaborate with experts from Seine Batteriesysteme, NRG2Fly, and multiple airports. The project also supports open-source developments in MW-charging protocols