68 high-performance-quantum-computing-"https:" "Simons Foundation" positions at AALTO UNIVERSITY
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of the elderly to space robotics. We are now looking for a Postdoctoral Researcher in quantum computing and algorithms. Are you as excited about quantum technology and its future applications as we are? We are now
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of computer science will be considered. We are in particular interested in candidates whose research is on datacenter-scale computing systems, comprising high-performance computing (HPC); quantum computing and
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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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the possibility to follow closely the development of quantum technology and modern superconducting device engineering. You will gain experience on high-frequency operation and measurement
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device engineering. You will gain experience on high-frequency operation and measurement of superconducting quantum circuits, which forms the basis of the most promising present paradigm for quantum
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closely the development of quantum technology and modern superconducting device engineering. You will gain experience on high-frequency operation and measurement of superconducting quantum circuits, which
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of scientific results and be well versed in data handling and linux/unix based high performance computing environments (HPC computing). The candidate must have good oral and written command of English. What we
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closely the development of quantum technology and modern superconducting device engineering. You will gain experience on high-frequency operation and measurement of superconducting quantum circuits, which
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. You will gain experience on high-frequency operation and measurement of superconducting quantum circuits, which forms the basis of the most promising present paradigm for quantum computation