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Field
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-magnetic fields will be investigated. Optimized quantum limited sensors will be incorporated in magnetometers optimized for specific tasks. Projects will ultimately aim at applications of entanglement
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optimization of the extra-functional aspects of these systems, such as performance, power/energy consumption, thermals, reliability, and security but also the degree of productivity to design and program these
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process. Your research will focus on optimizing material uniformity and directly correlating these foundational epitaxial properties to the final performance of (active and passive) photonic components. By
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into the mother’s bloodstream. The FEMALE project investigates what happens to this cell transfer when the placenta does not function optimally, and how fetal cell transfer may influence the mother’s
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active molecule in Fabry disease and in the production of the glycosphingolipid Gb3. The project will focus on optimizing the molecular structures in order to improve their pharmacological properties and
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based on techniques such as column generation, branch-and-price, and Benders decomposition. You will be expected to: develop new game-theoretic/optimization models for multi-actor decision problems
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of ORCRIST: Optimized Ray-tracing for Cloud-Radiation Interaction Simulations in 3D using GPUs and Machine Learning, funded by the NWO Open Technology Programme. Sunlight and heat radiation move
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develops, you will also help establish the experimental imaging methodology and optimize the microscope for diffractive imaging. This position is suited to candidates interested in building new
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optimization problems, problems which are infeasible to solve using classical computers. Both analogue and digital quantum hardware still resides within what is called noisy intermediate-scale quantum (NISQ
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Skjalg Bøhmer Vold 6th November 2026 Languages English Norsk Bokmål English English PhD fellowship in quantum computing, optimization on noisy gate-based NISQ platforms Apply for this job See