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discovered in model animals. On the way to quantifying locomotion performance as a function of morphological and shape changes the ideal candidate will be comfortable in designing experimental test rigs. Your
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emergence and propagation, with a focus on ploidy, repro-ductive mode, and lifestyle. The second objective is to extract and analyze a large amount of phar-macodynamic data from various sources and design a
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combine computer-aided molecular and process design to optimize molecules and processes simultaneously. To holistically evaluate the environmental impacts of chemicals and energy systems, we develop
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biology-inspired principles. Rational programming the behavior of human cells will shape future biomedical applications. This may include the design of novel biosensors, gene switches and genetic closed
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membranes. The project aims to develop an efficient anion exchange polymer membrane with high chemical and thermal stability. Your responsibilities to design, synthesize, and characterize anion conductive
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experiments, we aim to establish a framework to digitally accelerate the design of sustainable amorphous catalysts by integrating computational and analytical methods. Your profile The applicants must hold a
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of anion conductive polymer membranes Your responsibilities to design, synthesize, and characterize anion conductive membrane to establish experimental procedures to assess anion conductivity to establish
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challenges like declining participation, rising centralization, and adaptation issues, which can impede innovation and eventually their success.Role Description The successful candidate will undertake a
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comparing modeling results and experiments, we aim to establish a framework to digitally accelerate the design of sustainable amorphous catalysts by integrating computational and analytical methods. Your
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, or machine learning/data science applied to environmental problems. Project background Successful participants could use coupled global (CMIP) simulations, design and set up new model experiments using CESM2