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Job Description If you are ambitious and seeking to contribute to developing novel chemistry for a sustainable future using advanced visualization methods, then a possibility is right here for you
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other parameters that can help in diagnostics, such as changes in pH, temperature, ROS levels as well as cellular responses (e.g. interleukins). Topics and methods (not prerequisites): Microbial
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Job Description The Bioprocess Science and Engineering (BSE) group at DTU Chemical Engineering is amongst other activities developing novel methods to measure the kinetics and stability of enzymes
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, experimental and computational methods to study the physiology of microbes. You will work in a team contributing to projects of other team members, while independently developing your own project. You will also
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the tomographic 3D printing methods. All parts of the object we want to produce are cured simultaneously. We are exploring the benefits of use two (or more) wavelength of light to achieve higher resolution
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with the experimental group of Andras Kis at EPFL. Responsibilities The successful candidate will develop and apply ab initio computational methods rooted in many-body (perturbation) theory to explore
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interest in cement chemistry and/or alkali-activated materials is a plus Experience with thermodynamic modelling and characterization methods like quantitative XRD is a plus The ability to work independently
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) EEG experiments, implementing and developing EEG-specialized transformers, testing them on EEG data from social interaction experiments, developing new explainability methods, and disseminating
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traditional methods of learning and assessment, such as the take-home assignments or exams, which to a large extent can be delegated to GenAI technologies. On the other, GenAI tools such as chatbots and AI
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for applying and how your background supports your ability to work on microbial chemotaxis, molecular methods, and soil microbial ecology (research statement) Provide minimum one reference that DTU may contact