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Physics, specializing in neutronics or nuclear engineering Computing skills: Proficiency in C++ (as the core computational kernels are written in this language) Applied mathematics skills: Numerical
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this. Applicant Profile Required profile: · With a PhD in physics or mechanical engineering, the successful candidate will have acquired solid skills in the mathematical and numerical methods
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experimental campaigns and validating numerical models against experimental data; · Analysing results and identifying opportunities for performance optimisation; · Publishing research results in international
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installations (laser fs or ns, XFEL, synchrotrons, high pulse power), and developing numerical simulations and analysis tools. In order to develop new models into ESTHER, the candidate will be interacting with
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representation methods for the analysis of experimental data from multiple diagnostics of the WEST tokamak, with a particular focus on multivariate time series and their time-frequency representations
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the migration barrier and diffusion prefactor for the polarons in UO2 using ab initio methods. Compare with available measurements in UO2. Test the available methods for calculating the heat of
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dimensions: - Numerical : running simulations based on existing models and tools, which you will adapt to this new architecture; - Experimental : adapting test benches, and defining and implementing test
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, crafted through cutting-edge additive manufacturing. With your passion for in situ 3D imaging of physical phenomena and your expertise in material science, physics and experimental methods, you'll
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physico-chemical methods including dynamic nuclear polarization (DNP)-enhanced solid-state nuclear magnetic resonance (NMR) measurements and representative tests in small-scale batteries. A