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in optical lensless imaging, electron diffraction, and reconstruction algorithms, and works with industry partners to realize impact in semiconductor metrology, and electron microscopy. The project
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segmentation (albeit using light microscopy, not electron microscopy) with the vast toolboxes of molecular biology — from immunostainings to viral neuron barcoding and more. This adds previously inaccessible
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position within in the SoftMatter group at the University of Münster. The goal is to characterize and understand stimuli-responsive emulsions using atomic force microscopy. The project will build on our
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operations. Assures quality control; maintains budget; and operates, tests and repairs electronic and/or scientific test equipment used. Assists with the construction and modification of new and prototype
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has multiple core facilities in support of research and training in genomics and microscopy: a Genomics Transcriptomics Analysis Core (GTAC), a Cell and Molecular Imaging Center (CMIC), and an Electron
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practical expertise in at least one of the project’s core areas: structural biology, particularly X-ray crystallography or cryo-electron microscopy; protein biochemistry, including protein purification and
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to extend. The program involves the use of super-resolution microscopy, omics technologies such as mass spectrometry-based proteomics and state of the art genetic editing technologies and synthetic biology in
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is to study the structural dynamics of biological photoreceptors by either time- time-resolved cryo-electron microscopy or time-resolved X-ray crystallography in view of biotechnological applications
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metallurgy or additive manufacturing; characterisation using advanced electron microscopy and x-ray diffraction techniques; mechanical testing using macro/micro-mechanical methods and failure investigation
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) Production through arc melting, powder metallurgy or additive manufacturing; (3) Characterisation using advanced electron microscopy (SEM, EBSD, TEM), APT and x-ray diffraction methods; (4) Mechanical Testing