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, and high-performance computing. About the division and department With more than 30 faculty members, more than 100 PhD students, and more than 300 employees, the Department of Microtechnology and
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This PhD project covers a broad range of research topics in network security, with priority given to candidates interested in the network-layer security challenges of distributed systems like
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We are looking for a highly motivated PhD student with a strong background in materials science, physics, or a related field. The successful candidate will investigate the structure and dynamical
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PhD students, and more than 300 employees, the Department of Microtechnology and Nanoscience also includes one of the largest cleanrooms in European academia. The Microwave Electronics Laboratory
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into valuable products. We use advanced computational technologies to discover how biomolecules and organisms function and interact. We pioneer new methods for prediction, prevention, diagnostics and treatment
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superalloys. The PhD project will focus on exploiting state-of-the-art PBF-LB processing, including laser-shaping technology, to achieve defect-free fabrication of high-γ’ volume fraction Ni-base superalloys
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effective policy pathways for more sustainable travel. About us The Division of Physical Resource Theory offers an interdisciplinary research environment that relies on a range of different scientific methods
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into green commodity chemicals. You will use advanced methods to characterize your materials and to understand catalytic functions and mechanisms. Oxyhydrides are an emerging class of materials that contain
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experience beyond the energy and transport sectors. Publications in top journals in the field. Skills in quantitative and/or novel qualitative methods. Experience in course management or development and
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. This project deals with modeling and simulation of deformation and transport in porous media using the finite element method. We will establish and exploit detailed models at the pore-scale in conjunction with