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Field
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contributes to reaching this overarching objective by enabling increased: i) cost/energy efficiency in recycling/recovery of metals from scrap, ii) scrap value, iii) recycled scrap amounts, iv) amounts
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at the “small” scale of atoms and molecules. Imagine extending effects like quantum superposition and entanglement to “large” objects that we usually think of as classical particles. This is exactly what you will
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function differentiation, compositional Bayesian inference techniques); analyzing what is required (e.g., choice of data structures, static analyses and compiler optimizations, parallelism and concurrency
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will explore advanced THz front-end architectures and evaluate their applicability in real-world scenarios. Key objectives include: Exploring use cases and front-end architectures in the 300–500 GHz
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impact of energy generation. This PhD project is part of the MSCA Doctoral Network AWETRAIN (Airborne Wind Energy TRAining for Industrialization Network). Its objective is to investigate the optimal
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superposition and entanglement to “large” objects that we usually think of as classical particles. This is exactly what you will do at TU Delft. As a PhD student in our teams, you will investigate how
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vegetable production. These projects require objective scientific input, combined with the translation of research into practical applications. We work on both short-term solutions in close collaboration with
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Two PhD positions are available for four-year terms as part of the recently awarded ERC Advanced Grant in the Wouter Roos lab. The main objective of this project is to unravel the molecular
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within FlexMobility will focus on the underlaying assignment and routing algorithms for real-time operation of the vehicle fleet and the multi-objective design of the mixed transporation network. Our key
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will work on scene understanding using RGB and possibly thermal and radar images, including based on object detection and image segmentation, and collaborate effectively with other technical partners who