8 control-theory PhD positions at Delft University of Technology (TU Delft) in Netherlands
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taking the limited capacity into account. Both these tasks will rely on dynamic online optimization theory. Finally, we want to analyze the performance of all the developed methods. We will therefore focus
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properties. The theory and methods to be developed will be correlated and validated with experiments under various environmental and temperature conditions, eventually down to cryogenic conditions. You will
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adopting principles from physics, that enable relating the damage tolerance of structural materials to their mechanical and physical properties. The theory and methods to be developed will be correlated and
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efficient spin-wave control. In this project, you will develop superconductor-based control of spin waves in the context of an ERC Consolidator Program . The goal is to study the interaction between magnetism
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and Control at TU Delft's Faculty of Mechanical Engineering. The research is part of the EU Horizon MOSAIC project and is conducted in partnership with NXP, a leading chip manufacturer. Your results
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) to provide probabilistic assessments of cyclic UHS and identify the key geological uncertainties as well as the multi-scale geological characteristics that are first-order controls on the reservoir behaviour
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optimization techniques and apply them to the existing devices to find optimum geometries, material properties, and device control methods to potentially revolutionize the field of soft total artificial hearts
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of qubit arrays, the study of novel control methods for high-fidelity operations, the shuttling of electron spins across the chip, and the use of superconducting resonators for fast spin readout and for