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research area Quantum Service Engineering and High-Performance Computing focuses on making quantum computing usable as service-oriented applications, on integrating quantum resources into existing IT
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, the research area Quantum Service Engineering and High-Performance Computing focuses on making quantum computing usable as service-oriented applications, on integrating quantum resources into
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Quantum Service Engineering and High-Performance Computing focuses on making quantum computing usable as service-oriented applications, on integrating quantum resources into existing IT workflows, and on
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research area Quantum Service Engineering and High-Performance Computing focuses on making quantum computing usable as service-oriented applications, on integrating quantum resources into existing IT
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research area Quantum Service Engineering and High-Performance Computing focuses on making quantum computing usable as service-oriented applications, on integrating quantum resources into existing IT
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, the research area Quantum Service Engineering and High-Performance Computing focus on making quantum computing usable as service-oriented applications, on integrating quantum resources into existing IT
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analyze high-dimensional data. To support this research, we are looking for a motivated Student Assistant who would like to contribute to cutting-edge work at the intersection of quantum computing
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Computing on the SpiNNaker2 Employer Technische Universität Dresden (TU Dresden) Location Dresden, Sachsen (DE) Salary subject to personal qualification, employees are remunerated according to salary