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and biochemical characterization of bromodomain-histone interactions, analysis of Bdf1-chromatin interactions in cells by fluorescence microscopy, and transcriptomic profiling by RNA sequencing
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emission), using tools developed at LISE as well as advanced artificial intelligence approaches. Identify and interpret fundamental mechanisms of corrosion, dissolution, and passivation in extreme
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oxides, we will first develop and benchmark machine-learning interaction potentials of increasing complexity. Subsequently, we will deploy a combination of brute-force and rare-event sampling to isolate
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of education, research, and innovation. As part of the ANR-PRCI COMIX project, which aims to improve design activities through interactive display environments enabling collaborative design work for co-located
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analysis software or programming language (R, Python, Stata). Experience in comparative analysis. Ability to integrate into a project-related work team Ability to interact with academic stakeholders in
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available). Public transportation costs are partially covered. The successful candidate will have access to the CROUS cafeteria. Where to apply Website https://emploi.cnrs.fr/Offres/CDD/UMR7104-DOMBRO-018
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work on the ERC project and use genetics as well as high-resolution in vivo and in vitro imaging to study how T-tubules and the sarcoplasmic reticulum interact with sarcomeres during flight muscle
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technical notes, test reports, and project deliverables. • Interaction with consortium partners (AGH University of Krakow and ESA industrial prime) and participation in technical meetings with ESA
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simulations (MD), including the development or use of appropriate interatomic potentials to study adsorption, diffusion, and thin-film growth, as well as ion–matter interactions during deposition, whether ion
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of the multidisciplinary TrAI-SOC project, coordinated in collaboration with UGA's CERAG laboratory. SocSIM-K: https://lig-socsim-k.imag.fr/ LIG: https://www.liglab.fr/en Activities Design the game and define all of its