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Your Job: Among other applications, optimal control theory has proven its utility for the optimal calibration of quantum gates early on and has since been used routinely in experiments
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for the optimal calibration of quantum gates early on and has since been used routinely in experiments. The calibration is typically based on a figure of merit derived from experimental data, such as the average
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of the projected weather parameters into the RESkit framework and subsequent calibration and validation of the output Global simulation of the electricity output under various climate change scenarios Analysis
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the Amazon basin level Integrating different observational data sources into model calibration and testing Based on comparison to data, contribute to the further development of relevant processes regarding
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collaboration (neuroscientists and device physicists) Your Profile: Master’s degree in electrical/electronic engineering, physics or related fields Strong skills in mixed-signal circuit designs (TIA, ADC, …) and
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of superconducting qubits to quantify performance and identify limiting physical mechanisms Perform quantum device calibrations, benchmarking, and run quantum algorithms Presenting and publishing the research
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resource efficiency. A physics-based model for monitoring the condition of helicopter components is being developed as part of this project. With the help of flight test data, this model is to be calibrated
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production, the Fraunhofer ITWM develops prediction models on the basis of which process optimisations are carried out. These models are calibrated by adapting model parameters to measurement data. The quality