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for computational physics, including Triton high-performance computing cluster (scicomp.aalto.fi/triton/ ), CSC – IT Center for Science (www.csc.fi) and the LUMI supercomputer (www.lumi-supercomputer.eu/about-lumi
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. We will offer a negotiable start-up package. Besides, the successful candidates will have access to an advanced research infrastructure for computational physics, including Triton high-performance
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match-making sessions, and lectures on High-Performance Computing (HPC) and AI Coordinating arrangements for events and providing guidance and support to visitors, including participants in co-working
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of sustainability in thin-film deposition in a broad sense. This could be addressed by considering, for example, sustainable use of chemicals, material and energy efficient processing as well as high-performance
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match-making sessions, and lectures on High-Performance Computing (HPC) and AI Coordinating arrangements for events and providing guidance and support to visitors, including participants in co-working
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, experimental, and computational research on materials science, with a focus on metallic alloys. The Materials to Products (M2P) research group investigates the properties and performance of engineering materials
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materials, designing more efficient processes and developing new materials and products. Our department’s areas of expertise enable sustainable future with high performance products and processes in circular
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computational research on materials science, with a focus on metallic alloys. The Materials to Products (M2P) research group investigates the properties and performance of engineering materials processed by