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crucial information on material quality, structure, and chemistry, in particular when coupled with X-ray diffraction studies and low-temperature transport properties. Importantly, in situ TEM measurement
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is referred to as cryptanalysis. It is the central focus of this thesis. This PhD project will be dedicated to the study of structural and statistical cryptanalysis techniques, with a stress on
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the details of the interaction at atomic resolution, including the full length receptor. The goal is to understand the structural and dynamic properties of the complex, the impact of the lipid environment and
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offer major advantages over inorganic systems, including well-defined structures, identifiable active sites, and detailed insight into catalytic mechanisms in homogeneous solution. In addition, ligand
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microbiology and structural biology; experimental design and execution; scientific literature research and data mining; molecular biology/genetic engineering (cloning, subcloning, mutagenesis, construction
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to Excitons: Ultrafast Dynamics and Fine Structure in Metal Halide Perovskites Metal halide perovskites (MHPs) have emerged as a disruptive class of semiconductors, combining exceptional optoelectronic
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[Srdinsek2025], the sole structure of the tensor networks that could be “salvaged” was the canonical form that provided the ability to dynamically compress/decompress. During this PhD, we will develop more; we
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remodelling events, thereby generating the mechanical forces required for its motility. This motility also relies on the dynamics of adhesion structures to the extracellular matrix. Genetic evidence
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focuses on the structural and dynamic characterization of intrinsically disordered and multidomain proteins involved in major biological processes, combining experimental biophysics approaches (SAXS, NMR
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pombe. We hypothesise that rapid adaptive responses involve post-translational modifications (PTMs) of cohesin, a complex essential for chromatin structuring. These PTMs could remodel chromatin