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reconstruction/quantification program Determining the performance of the assembled device Participating in activities to bring them up to standard - Simulation on the Polycap software of the device's optical
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of numerical instabilities in increasingly complex numerical simulations of the ocean, up to simulations of the global ocean including sea ice. Position in the LIP6 laboratory (PEQUAN team: Performance and
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NMR spectroscopy, that are compatible with sample motion. This will involve: i/ pulse sequence developments ii/ numerical spin simulations The postdoctoral researcher will in particular: . implement
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of the work to be carried out to optimize the visible laser source. The first objective will be to carry out simulations of different laser configurations in the red and green with FBG to optimize
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Description This project aims at developing plastic neural models that capture the insect navigational plasticity and resilience. 36 months (renewable +12 months) Simulation of navigating ant-agent models
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of simulation and real experiments on Cloud environments - a strong interest in research - strong programming skills - excellent communication and teamwork skills - good writing and reporting skills Website
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polarization (ODNP). The project will be in strong collaboration with two american teams (Santa Barbara and Boston) performing simulations as well as a team at ILL (Grenoble) performing neutron scattering
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application and how you can contribute to the research (max one page), CV including full list of publications, A copy of the doctoral degree certificate or documentation that clarifies when the degree of doctor
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to hold a PhD degree in subatomic physics or in a related field. Good programming and computational skills are required. In particular, experience in data analysis and simulation, in a large experimental