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), nonlinear dispersive PDEs, or cold quantum gases. Practical knowledge of at least one programming language (Python, Matlab, Julia) is expected. English : level C2 is expected. Applications must include a
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Python to process observational data. - Experience in the experimental characterisation of aerosols and analysis of field data. Cross-disciplinary skills: - Excellent scientific analysis and synthesis
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processing, as well as proven experience in Mueller polarimetry and optical system characterization. 2) Proficiency in numerical modeling approaches, combined with solid programming skills (Python, Matlab
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). Conduct in vivo optical imaging experiments on healthy volunteers and patients; Develop image-analysis pipelines (Python, MATLAB) and model functional optical signals; Optimize and maintain the AO-RSO
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for chemicals; - Mathematical and informatic tools required for the analysis of the results (knowledge of Python and Image J will be an asset); - Health and safety regulations. He/she shall: - Be
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: Ability to compute correlation functions in quantum field theory Good programming in python/julia/C++ Personal qualities : Politeness, positive attitude, teamwork skills Environment and context of work
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programming skills (e.g. Python, R, ...). - Previous experience with model-based fMRI experiments, advanced multivariate data analysis and computational modeling is desirable. - Fluency in English Additional
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. The postdoctoral researcher will share is working time on both laboratories. Expected Skills Experience in analysis of data of gamma-ray telescopes Knowledge of Python, C++ Working knowledge of English (B2 / C1
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. - Knowledge of programming techniques (C/C++, Python, Bash) in a Linux environment. - Knowledge of a version control tool (gitlab). - Knowledge of software architectures. - English (level C1). Skills: - Conduct
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cognitive neuroscience or cognitive psychology - Confirmed experience in psychophysics - Programming skills (for example in Python) - Skills in programming microcontrollers (for example the Arduino