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with Bioneer, DTU Bioengineering, DTU Health Tech, and KU, DTU Compute is aiming to create a shared data framework and platform to pioneering models and methods with applications to stems cells
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to groundwater and environmental systems Developing and applying imaging and analytical methods for studying transport and adsorption processes at the pore scale Designing and conducting controlled laboratory
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environmental concern. PFAS contamination in drinking water and in wastewater demands permanent solutions for removal and destruction. Current methods have various disadvantages, especially related
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strong advantage Required skills and additional responsibilities include: Strong expertise in microbial metabolism and cardiometabolic disease, with experience in computational and in vitro methods
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Job Description Are you a skilled and field-ready researcher with a passion for marine monitoring using many different methods and techniques ranging from diver observations to integrating remote
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nanoparticles for gas-phase catalysis. Development and application of ultrasensitive methods to probe gas–surface interactions by means of electron spectroscopy in the electron microscope. Operando studies
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developed. You should be highly qualified in: Thermodynamic theories and models for electrolyte solutions Mathematical modelling and computational algorithms Scientific dissemination As a formal qualification
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microscopy, optical interferometry, vacuum technology, finite element method simulations will be involved. Applicants should hold a PhD in Physics, Nano-science, Engineering or similar, experience with optics
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interpreted. We are expanding our research group working on image-based methods for large‑scale biodiversity monitoring and invite applications from candidates eager to push the boundaries of automated