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proteins and nucleic acids and in particular RNA - preparation of in vitro cell-free translation extracts - purification of ribonucleic complexes suitable for structural studies by cryo electron microscopy
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layered semiconductor characterized by an anisotropic crystalstructure and quasi-one-dimensional ribbon-like morphology. Its electronic structure is predicted to host relatively flat bands associated with
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group (depending on the profile, materials under pressure, MOF coordination polymer design, multi-objective optimization Tc/HEDM/reactivity, etc.). - Calculating the electronic structures
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phenomena, precision measurements in gauge-boson sectors, as well as in the upgrade of the Liquid Argon calorimeter electronics and the construction of the new pixel detector for HL-LHC. The group's expertise
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on simulating nanoalloy structures to create a database for materials characterization. The main tasks include running molecular dynamics and Monte Carlo simulations to model nanoalloys under various
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porosity and improving material strength. For these reasons, MICP has emerged as a viable and scalable biotechnology for soil and structural material (e.g., concrete, granite) reinforcement, as
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physico-chemical trends, and extract relevant structural and electronic descriptors to inform the models. Particular attention will be paid to ensuring consistency between theoretical and experimental data
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for homogeneous photocatalysis. Physico-chemical characterization Structural, optical, and electronic analysis of materials (spectroscopies, microscopies, electrochemistry, etc.) to establish structure–property
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acquisition electronics for the Scintifoam project. The postdoctoral researcher will contribute to various aspects of the Scintifoam project, including: - Collaborating in the production of materials in
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(phosphate, oxides) synthesis by solid state reactions, hydrothermal process or electrodeposition. These solids will be characterized through i) diffraction of X-rays (XRD), ii) Scanning Electron Microscopy