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problems in bioinformatics. This project is part of the Faculty of Science's new Quantum Simulation for Molecular and Material Design (Q-MMD) programme. You will join a growing interdisciplinary team at
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industry-standard electromagnetic simulation software. Develop additively manufactured and 4D-printed antenna prototypes, including the preparation and optimisation of fabrication processes. Conduct
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of the electron gun and waveguide required to produce the high-intensity electron beams required for delivering photons in FLASH mode. • Develop and apply advanced numerical simulation and/or optimisation tools
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and waveguide required to produce the high-intensity electron beams required for delivering photons in FLASH mode. • Develop and apply advanced numerical simulation and/or optimisation tools
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to: Design, model and optimise microwave circuits, antennas and antenna systems for CubeSat and related space applications. Undertake full-wave electromagnetic simulation and numerical modelling of microwave
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a sequential decision-making process explored through computational simulation and deep multi-objective reinforcement learning. The project will investigate a simulation platform that reproduces
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. Knowledge of applications of quantum computers to many-body physics problems (e.g., quantum simulation algorithms, hybrid quantum optimisation methods). Other Valued Skills Experience in supervising Master or
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project of the VUB, introduces a new research framework that treats archaeological prospection as a sequential decision-making process explored through computational simulation and deep multi-objective
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under uncertainty. The role will suit a researcher with strong technical capability in quantum computing, data-driven modelling, infrastructure systems, computational optimisation, simulation
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capability in quantum computing, data-driven modelling, infrastructure systems, computational optimisation, simulation, probabilistic methods, or related areas. This project is part of an ambitious research