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package, including optical photon transport simulations in the crystals and simulations of the detector response to ββ decays and background events, performed on a computing grid. Measurements of the
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supervised by Dr. Francesca Calore, with strong collaboration with Dr. P. D. Serpico. The position will provide access to CNRS/LAPTh computing resources, travel support, and a vibrant research environment
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convection or high-performance computing would be an advantage. Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR7329-VALMER-100/Default.aspx Work Location(s) Number of offers
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area, such as P. Urbani (IPhT), A. Rosso (LPTMS), C. Furtlehner, S. Chibbaro (LISN). The postdoc will have dedicated funding for conferences and computing equipment. Where to apply Website https
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for a High-Performance Computing fitting framework. ·Major contributions to sensitivity studies for DUNE's main analysis, the long baseline oscillation analysis (determination of the neutrino mass
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recruited within ADACSI, offering co-supervision opportunities. The positions provide access to CNRS/LAPTh computing resources and generous travel support and, as an MIAI-funded chair, connect the
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algorithmic approaches and be conducted in the context of wireless networks, the Internet of Things (IoT), distributed learning, or edge computing infrastructures. The research topics may include, the
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used in combination with state of the art approaches for computing Gibbs free energies, such as thermodynamics integration or umbrella sampling. The atomic scale approach will also allow to obtain two
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frameworks such as JAX or PyTorch would be an advantage, as would experience with tools for cosmological simulation, Bayesian sampling or high-performance computing. Strong skills in Python programming and
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also benefit from the computational expertise and high-performance computing resources available within the host team. At the national level, the project is embedded in the collaborative ANR