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will work on the construction of statistical physics models applied to biological systems. They will test them on biological data from several systems in collaboration with our experimental colleagues
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in molecular simulation is desirable, as well as a good knowledge of associated theoretical tools (statistical physics, etc.; programming experience including: Python, Fortran, C, C++, etc.). A good
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with a strong background in statistics, machine learning, computational systems, biology or physics. The successful candidate should have experience in high-throughput data analysis in biology. Ideally
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the development of Danionella fish. Activity (and possibly behavioral) recordings will be combined with computational approaches combining statistical physics and machine learning to track the evolution
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Eligibility criteria - advanced level in statistical physics/out-of-equilibrium processes - basic knowledges in bioinformatics Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR8023
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eliminate target species from the community. The prospective postdoc will address these topics through developing theoretical models that combine techniques from ecology, evolution and statistical physics
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/Qualifications Responsibilities: Assist with research experiments, including recruitment and scheduling of participants; Conduct EEG data acquisition and analysis; Data management and statistical analysis using
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of adaptive traits. For this, we require an accurate knowledge of the statistical distribution of the effects of the genes (or QTL, for Quantitative Trait Loci) on the phenotype, or the “genetic architecture
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interdisciplinary training in soft matter, non-linear physics, biology and statistical physics. The proposed research and training programme will focus on the study of smart composite materials to address
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, or natural language processing - Programming skills (e.g., Python, Matlab, JavaScript) - Knowledge of statistical analyses (R) Desired assets: - Experience with EEG - Experience with online testing