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is to increase donor organ utilization through merging cell therapy techniques with state-of-the-art organ perfusion strategies. PhD project The aim of the PhD project is to develop and implement a
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and multiscale coupling between the evaporation-driven hydrodynamics and physicochemical interactions between the dispersed phases (e.g. solvents, particles, salts, polymers) is key for determining
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crystallization. The intricate and multiscale coupling between the evaporation-driven hydrodynamics and physicochemical interactions between the dispersed phases (e.g. solvents, particles, salts, polymers) is key
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collections interact with power, knowledge, and ongoing processes of heritagization. The candidate is encouraged to develop new methodologies that center community-led, ethical, and innovative approaches
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matter, that is, the emergent behavior of living materials that can move independently. We will incorporate multi-body interactions such as cell volume energy terms as hypergraphs and higher-order external
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tools for speech disorders, real-time language processing for human-robot interaction, and adaptive content generation in augmented and virtual reality environments. The project combines algorithm design
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the application of state-of-the-art technologies at the interface of chemistry, biomaterials and membrane science, additive manufacturing, bio fabrication, tissue engineering and nanomedicine. AOT combines unique
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the properties of the synthesized nanometer thin films and their interaction with neighboring layers and their environment. In particular for complex structures such as multi-layers of alternating materials, it
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prize for early-career researchers. A maximum of twelve awards are presented annually, with a maximum of three awards in each of the four Academy domains. Laureates each receive of a work of art and a sum
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Virology Prize 2017. Raul Andino has been awarded the prize for research that has expanded our knowledge of viruses across the board. For example, he has studied how viruses replicate, how they interact with