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of single molecules using a temporal approach thanks to an original shaping of the illumination field. This paradigm shift in the process of localizing single molecules will enable us to gain a factor of 3 in
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those. The IBED vision includes research encompassing experimental and theoretical approaches at a wide variety of temporal and spatial scales, i.e. from molecules and microorganisms to patterns and
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, leading the project “Late-stage C–H functionalization of complex molecules aided by single-atom editing”, funded by the National Science Centre, Poland, is seeking a candidate for the PhD Student position
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applications. The ultimate goal of the research is to understand quantum transport through molecular structure such as single molecules, self-assembled monolayers, graphene nanoribbons and van der Waals
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superconductivity, while a single layer of graphene does not. These materials also show unusual behaviour in high magnetic fields, such as the emergence of quasiparticles that behave as if they experience zero
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inflammatory regulation which are changes that are measurable, and potentially modifiable, in middle-aged adults. A key driver of this decline is the age-related depletion of NAD⁺, a molecule central to
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cutting-edge SERS microspectroscopy sensors to detect and characterize fungal secondary metabolites at single-cell scale? This PhD might be for you! Soil fungi are key drivers of global carbon and nutrient
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and classical physics as well as between quantum and bio-molecular science. We develop universal matter-wave interferometry in the limit of high mass and high complexity, from organic molecules to metal
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and classical physics as well as between quantum and bio-molecular science. We develop universal matter-wave interferometry in the limit of high mass and high complexity, from organic molecules to metal
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placements at the forefront of sustainable chemistry, catalysis, and advanced manufacturing. Current available projects are: Mechanochemical Synthesis of Single-Atom-Catalysts (SMC) (Faculty of Science