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under uncertainty”. This position is part of the ERC-funded DECIDE project lead by Professor David Pisinger. You will be responsible for developing new methods for decision support in stochastic
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of computational chemistry and develop new methodologies that push simulations into length- and time-scales that traditional methods cannot reach. You will be embedded in the Pioneer Center CAPeX, an
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working languages: Danish and English. You are expected to be fluent in at least one of these languages, and in time are expected to master both. As formal qualification you must hold a PhD degree (or
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. The PhD project combines advanced multiscale simulation with experimental methods to improve resistance spot welding. You will join a dynamic research environment where we value diverse perspectives and
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, to increase the flux for a vast range of neutron methods by another factor 100. The optics is inspired by the X-ray thin film technology used in telescopes by NASA and ESA. In Europe, such X-ray optics is
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, process optimisation is costly and unpredictable, impeding the sustainability and economic viability of fermentation-based manufacturing. To fix this, you will develop and test new methods for data
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Multi-Party Computation (MPC) and Zero-Knowledge (ZK) Proofs. The successful candidate will investigate the formal design and security analysis of MPC protocols and ZK proofs, with a particular emphasis
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qualifications More specifically the position will involve the following tasks: Literature study of the gasification of plastics with focus on effective methods to reduce the tar yield to acceptable levels
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in the Øresund-region by gathering municipalities, universities and local communities, who work with a range of pilot projects to create a solid knowledge base and develop methods and tools that can
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is to investigate methods to prevent trauma during implantation and improve the positioning of the implant in the inner ear. In this project, funded by the Independent Research Fund Denmark, you will