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, physiology-aware models of bacteriophage infection by combining high-throughput single-cell microscopy, microfluidics, image analysis, and mathematical modelling. The work will contribute to understanding how
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microscopy, X-ray-based techniques, or related methods. Thermoelectric materials and devices, or thermal energy harvesting. Fabrication and characterization of flexible, soft, or deformable electronic
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nanostructures—developed for tunable Josephson junctions in quantum devices—using high-resolution transmission electron microscopy (TEM). Currently, quantum processors suffer from short coherence times due
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-resolved momentum microscopy, near-field nanoscopy, fluorescence-based super-resolution microscopy, ultrafast atomic force microscopy, and time-resolved cryo-electron microscopy. • Employing these one-of-a
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of histology, immunolabelling and microscopy Experience of cell culture (continuous and/or primary) Experience of basic molecular biology techniques (WB, qPCR etc.) Experience with bioinformatics 6. Experience
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PhD Position: High resolution Transmission Electron Imaging in Scanning Electron Microscopy Job description Scanning Electron Microscopy (SEM) is one of the most widely used imaging tools in
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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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their proteins. Recent advances in cryo-electron microscopy have revealed the architecture of viral replication/transcription complexes, but how these molecular machines communicate with the host translation
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. Multidimensional Imaging Criteria: A strong background in physics, mathematics, engineering or related quantitative disciplines with an interest in developing next-generation transmission electron microscopy methods
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nanostructures. You will fabricate your own samples in the clean room (thin-film deposition, electron-beam and photolithography, and SEM/FIB-based 3D nanostructuring) and probe their static and dynamic response