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the Dutch Research Council (NWO). The successful candidate will play a key role in developing software packages used for numerical relativity simulations, modelling gravitational wave sources and data
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between Numerical Analysis and Machine Learning, with a focus on physics-informed machine learning. The goal is to design learning strategies that embed the structure of governing physical laws, enabling
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. Working knowledge and experience of applying regulatory policies and procedures in a large organisation. Highly numerate and experience in budget management and costings Highly proficient IT skills
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for quantum entanglement and decoherence. Desired, though not mandatory, expertise in quantum platform software such as Qiskit or cuda-q. Numerical expertise with classical simulations of quantum circuits
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must hold a master degree in Mathematical Engineering or (Applied) Mathematics (or equivalent). Candidates should have a solid background in numerical methods for differential equations, simulation
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professional opportunity, but also being close to a stimulating environment with all our research lines in simulation and numerical modeling, manufacturing and experimental testing of composite materials, design
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fields: nonlinear PDEs, functional analysis, numerical analysis, PDE-based modeling and numerical simulations excellent command of the English language ability to teach in German and English We offer
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, Banacha 2, 02-097 Warsaw. Employee benefits: access to professional development, social benefits, and training opportunities. More information: https://en.bsp.uw.edu.pl/researchers/ Basic responsibilities
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superfluid gases subject to coherent coupling, and of the dynamics of superfluid gases with long-range dipolar interactions. The studies will be carried out using both numerical and analytical approaches
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of molecular complexes bound states 4. Required: Programming skills and experience in numerical methods 5. Preferred: Knowledge of the theory of molecular shapes and collision-induced optical resonances 6