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which are complementary to the techniques available at the different DESY accelerator-based light sources. We are seeking a talented postdoc to design and conduct time-resolved X-ray photoelectron
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communication with technical design team at TU Dresden data analysis and public results presentation, e.g. at international conferences publish results in peer-reviewed internationally journals and contribute
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sources. We are seeking a talented postdoc to design and conduct time-resolved X-ray photoelectron spectroscopy on nanoscale catalysts. The aim of the project is to investigate catalytic reaction mechanisms
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molecule MINFLUX tracking of target proteins in cells. Custom design of such fluorescent proteins for MINFLUX applications is required for exploration of the scope of this technique for microsecond
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Max Planck Institute for Chemical Energy Conversion | M lheim an der Ruhr, Nordrhein Westfalen | Germany | 5 days ago
alternatives that prioritize atom economy. Our strategy involves the conception, design, and implementation of adaptive transition-metal catalysts. These catalysts respond uniquely to changes in reaction
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Max Planck Institute for Chemical Energy Conversion, Mülheim an der Ruhr | M lheim an der Ruhr, Nordrhein Westfalen | Germany | about 9 hours ago
to build on these advancements by developing alternatives that prioritize atom economy. Our strategy involves the conception, design, and implementation of adaptive transition-metal catalysts
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. This project seeks to build on these advancements by developing alternatives that prioritize atom economy. Our strategy involves the conception, design, and implementation of adaptive transition-metal
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of auxiliary enzymes and their integration in a multi-enzyme cascade is thus required. To overcome this limitation, we will design locally immobilized multi-enzyme constructs with superior catalytic activity and
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in a multi-enzyme cascade is thus required. To overcome this limitation, we will design locally immobilized multi-enzyme constructs with superior catalytic activity and stability in E. coli compared
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accelerators and neuromorphic computing, stochastic computing, and other emerging computing paradigms, (bonus topics:) modelling as well as design and development of CAD tools (specially simulators) and