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behavioral protocols Analyzing imaging and electrophysiology data Programming analysis tools (Python/Matlab) Associated Activities: Participating in team meetings and seminars Presenting results at conferences
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Physics of MRI and magnetization transfer - Development of MRI sequences on preclinical and clinical scanners - Numerical modeling and simulations of magnetization transfer (Matlab, python) - In vitro
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related field is required. Previous experience in psychophysics and experimental psychology is desirable. Strong computer skills are essential, and proficiency in programming (e.g. Python or MATLAB) is an
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- Advanced scientific programming (Python, MATLAB) - Mathematical modeling - Data analysis - Scientific writing in English ### Personal Qualities - Ability to work in a team - Scientific rigor - Autonomy
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FieldPhysicsYears of Research Experience1 - 4 Additional Information Eligibility criteria Computer science (programming in Matlab, C++, Python) and theory (hydrodynamics of complex systems, statistical physics
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are: 1. A very good level in programming, Matlab and Python 2. A very good command of satellite data, in remote sensing, in geosciences 3. A mastery of applied mathematics tools, particularly in statistics
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the zebrafish model, in the form of differential equations - would be a plus: experience in parameter sensitivity analysis and information theory - capacity to code in R, Python or Matlab - theoretical knowledge
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English, knowledge of Matlab programming Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR5129-ERWPAR-009/Default.aspx Work Location(s) Number of offers available1Company
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of programming languages such as Matlab, Python. Personal skills - Ability to adapt to changing project requirements and willingness to contribute to collaborative research. - Ability to work within a team, with
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specialization in nonlinear optics and demonstrate proficiency in prevalent scientific programming languages such as Matlab and Python. Additionally, you boast a solid foundation in guided wave-propagation. While