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Your Job This position focuses on building, operating, and testing superconducting quantum devices. Your tasks in detail are: Design and fabrication of superconducting quantum circuits Setting up
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quantum computing technologies have the potential to further accelerate selected computational tasks. The successful candidate will contribute to the development of quantum computing based solutions for
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Your Job Analyze the intrinsic many-body dynamics of noisy and monitored quantum circuits, mapping them onto statistical-mechanics models Develop analytical approaches (e.g. replica methods and
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gate electrodes and affects control accuracy in Si/SiGe spin-qubit systems Develop compact Python-based models of these electronics for integration into quantum-mechanical simulations Design and
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!), used in future quantum computer or spatial radio astronomy applications This internship provides an opportunity to improve our understanding of reliability physics at cryogenic temperature, and to offer
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Your Job You will be performing simulations of lattice quantum field theory, developing analysis methods and tools and simulation software, analyzing, publishing and presenting the results, while
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réduire les performances de lecture et de manipulation des qubits. Intégré à un laboratoire de recherche en conception intégrée, et en particulier au sein de l’équipe quantum computing, vous aurez
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explore hybrid quantum-classical approaches. You will work closely with our researchers and international partners from academia, industry and public agencies. Specifically, you will: Review the
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in a peer-reviewed journal; clearly defined goals, leading to results for a thesis Scientific environment: Work in a high-impact research field linking quantum technologies and biomedicine Onboarding
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-Cologne Graduate School, with all their offers Support: We will accompany your doctoral studies with continuous, expert guidance from your academic supervisor and a training in quantum technologies