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design workflows for nanoporous carbon electrodes for sodium-ion batteries. The objective is to accelerate the exploration of virtual carbons with varied microstructures by combining numerical structure
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offer major advantages over inorganic systems, including well-defined structures, identifiable active sites, and detailed insight into catalytic mechanisms in homogeneous solution. In addition, ligand
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microbiology and structural biology; experimental design and execution; scientific literature research and data mining; molecular biology/genetic engineering (cloning, subcloning, mutagenesis, construction
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genes involved in siderophore synthesis or transport and the construction of reporter strains (e.g., fluorescent genes) to track in situ siderophore production. - Process and analyze experimental data
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states. In addition, hybridization between electronic states from different layers can significantly change the electronic band structure and lead to new physical phenomena. In this postdoctoral project
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participate in the design of various nanophotonic structures and their fabrication in the C2N cleanroom facilities. Numerical Simulations on Lumerical Design of the different nanophotonic structures
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electron microscopy techniques available at the IPCMS laboratory to investigate the structural and chemical characteristics of these innovative catalytic materials, as well as their evolution under thermal
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on the realization, characterization and measurement of the structural and transport properties of superconducting devices made entirely out of silicon. Superconducting Si thin layers will be realized by Gas Immersion
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: In-depth mastery of techniques in structural and molecular biology, biochemistry, cell biology, and immunology is essential. Proficiency in using computer tools and software dedicated to data
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an electrolysis cell. In particular, stability will be assessed using accelerated degradation tests, and the structural and morphological evolution of the catalysts will be monitored via physicochemical techniques