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) to evaluate protein synthesis. In addition, you will be involved in other ongoing projects in the lab. For one of them, we are developing innovative therapeutic approaches for CMT, following up on our published
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of activation. This project aims to close this gap by developing methods to identify malicious domains closer to their inception, as soon as indicators of compromise surface. Building on our prior work using
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Vacancies PhD position within the project “Redox Blend” Key takeaways This project aims to develop the next generation of organic redox mediators for aqueous redox flow batteries. Redox flow
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a set of use cases with energy community projects ranging from smart grid experimentation and energy sharing in rural regions in the Netherlands to developing an energy community in Amsterdam
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the Dynamics and Control section at the Department of Mechanical Engineering, Eindhoven University of Technology. The mission of the Dynamics and Control Section is to perform research and train next-generation
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the nanoregime. It is our mission to excel in the field of nanoelectronics through the development of novel (concepts for) electronic devices and systems with nanoscale dimensions for application in future
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experimentally develop and use Metamaterial-derived concepts for the control of laminar-turbulent transition on swept wings. We are seeking an enthusiastic, motivated and skilled PhD candidate to join our team. We
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was the discovery and characterization of so-called Feshbach resonances in this mixture [Nat.Phys 14, 881 (2018) ]. Since then, we have developed several key insights and new tools, see Rev.Sci.Instr. 94, 073202
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of the project is to develop and operate a tailored, near-real-time geodetic monitoring approach that provides reliable, transparent, and interpretable 3D surface displacement estimates. The research will focus
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1 will focus on developing new graph-theoretic frameworks for analyzing graph learning models, such as Graph Neural Networks or Graph Transformers. PhD position 2 will focus on designing scalable