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; (b) chemistry; (c) mathematics. The physics-based subgroup focuses on a wide spectrum of issues ranging from: (i) novel adaptations of aberration-corrected modern electron microscopy and spectroscopy
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focus on in situ and operando X-ray scattering studies of the formation, growth and catalytic properties of complex nanocrystals. The project also involves frequent use of advanced electron microscopy
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. The Tools: Our lab sits at the cutting edge of biophysics, integrating Cryo-electron microscopy (cryo-EM). X-ray crystallography, and advanced biochemical & cell biology assays. Why Join Us? Beyond the bench
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is highly interdisciplinary spanning advanced microscopy, gene regulation, active matter physics, and computational biology. The post doc will: Explore the role of known gene-regulatory mechanisms
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the international forefront of microbial physiology and quantum biology and adopts a highly interdisciplinary approach, combining state-of-the-art methods in molecular biology, electron microscopy, protein
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a combination in vitro biophysical measurements, high resolution x-ray crystallographic analyses, electron cryo microscopy (cryoEM), and cell-based fluidics studies. The group has access to a range of
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Institute is a leading CNRS research center for fundamental biology, providing a stimulating interdisciplinary environment and access to state-of-the-art facilities, including: • Light and electron microscopy
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precision in a broad range of applications from enhanced microscopy, spectroscopy, and communications to quantum computing and sensing. Students—undergraduate, Master’s and PhD—are involved in all aspects
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engineering to measure the structural and dynamic properties of individual biomolecules using spectroscopic techniques such as single-molecule Forster Resonance Energy Transfer (FRET) and cryogenic electron
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regulatory RNAs. Characterization of RNA devices by structural biology methods such as cryo-electron microscopy (cryo-EM) and tomography (cryo-ET). Testing and screening of RNA devices by functional assays in