146 postdoctoral-soil-structure-interaction-fem-dynamics Postdoctoral positions at CNRS
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associated with this Postdoctoral work. - Develop the theory and code modules required for the simulations, - Parameterize and run the simulations, - Analyze and model the results, - Write up the results in
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postdoctoral position on the study of microbial community structure and functions to work on a field experiment established on techno-soil in the Paris region. The employment is full-time for two years
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of new ligands and structure-based optimization • Molecular simulations of transmembrane proteins and their interactions with ligands and functional partners • Analysis of the conformational dynamics
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of this organization in a systematic way, and to compare them with observations. While a more refined understanding is still lacking for the dynamic processes associated with updrafts and phase changes within
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will be to carry out research in symplectic topology and its applications to Hamiltonian dynamics, and to participate in the activities of the group of mathematicians working in this field
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-microorganism combinations against contaminants, with the ultimate aim of proposing one - Diversity of soil microbial communities and root endophytes of native plants (metabarcoding) - Establishment of bacterial
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. • Publication of the developed methodology and data-model comparison to improve understanding of past forest dynamics and modeling tools for predicting future trends. This postdoctoral position is part of the ANR
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for a two- to three-year postdoctoral contract as part of the ERC SyG PEPS project. The aim of the project is to model, using biophysical methods, the spatio-temporal dynamics of cellular interactions
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and/or toxicity of TMEs in the environment depend on their speciation, particularly their interaction with colloids. However, the determination of ETM speciation is hampered by the lack of knowledge
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or pathological activities are unknown. The aim of this project is to understand how water and protein dynamics is perturbed by LLPS and enable the formation of amyloid assemblies. In particular, we will study the