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control of electronic excitations at the nanoscale. Hot electrons in metal nanostructures enable photochemical and optoelectronic processes beyond conventional semiconductors, but practical use is hindered
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electron microscopy (CLEM). BICU is part of a distributed National Microscopy Infrastructure (NMI):a Swedish infrastructure funded by the Swedish Research Council (VR-RFI) and cofinancing from
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threats, using in vitro exposure-response assays, RNA and whole-genome sequencing, PK/PD modeling, and high-resolution microscopy. This interdisciplinary approach challenges current resistance paradigms
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its employees in reconciling work and family life and regularly undergoes the audit berufundfamilie® . Further information at: http://www.ifw-dresden.de . The Institute for Emerging Electronic
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environments and to understand the catalytic properties of the resulting materials using transmission electron microscopy. The researcher will be responsible for these microscopy studies and will work directly
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aims to develop physics-informed artificial intelligence tools for single-molecule fluorescence microscopy. The PhD student will focus on designing AI-based methods for quantitative analysis of protein
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by different means (FTIR, UV-Vis, electron microscopies, TGA, NMR, EPR and elemental analysis, among others). Morphological characteriztion electron microscopy, (SEM, TEM, etc...), DLS, etc. Determine
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, the mechanochemistry of DNA-based motors. We utilize a combination of biochemical, biophysical and structural techniques. (e.g. X-ray crystallography, small-angle X-ray scattering, transmission electron microscopy
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scattering, cryo-electron and fluorescence microscopy. The experimental and theoretical methods used often have their origins in physics. Significant work is devoted to protein self-assembly and co-assembly
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from organic sugar synthesis to their visualization by fluorescence microscopy at various levels of resolution, including their validation in different cellular models. You will have to regularly present