31 pattern-recognition-"https:" "CMU Portugal Program FCT" Postdoctoral positions at Lunds universitet
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. The primary objective is to develop computational methods, using deep learning–based protein design, for the successful design of 2D lattices. These methods will then be applied to generate designs targeted
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experimental approach to systematically infer protein-semiconductor hierarchies materials and design de novo hierarchical architectures with atomic precision. The postdoctoral project aims to design de novo
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approach to systematically infer protein-semiconductor hierarchies materials and design de novo hierarchical architectures with atomic precision. The postdoctoral project aims to design de novo proteins
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Additive Manufacturing (AM) enables unprecedented design freedom for next-generation thermal management systems, particularly through the fabrication of mini- and micro-channels with complex internal
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positions within in the AMBER co-fund project please visit https://www.euraxess.se/jobs/392999 . The interviews will start in April/May 2026. For more information about AMBER, application and evaluation
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fluid dynamics with focus on pattern formations and their stabilities in thin-film type equations, which is financed by grands awarded from Crafoord foundation and the Royal Physiographic Society of Lund
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charge detection. More information can be found at: www.ftf.lth.se , www.nano.lu.se https://portal.research.lu.se/en/persons/ville-maisi Subject description QPHOTON’s aim is to design, fabricate and
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see our homepage: https://www.combustionphysics.lu.se Our division has a good atmosphere/tradition of collaboration. The metal combustion project will involve many expertise and effective collaboration
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: Development of distributed baseband processing strategies and algorithms. Development of calibration and synchronization methods and protocols. Contribute to the design and continuous development of the testbed
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communities, understand microbial interactions, and create biological solutions based on naturally occurring microorganisms. The project is conducted in close collaboration with the Department of Design