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fermentation technologies, respectively. Different technologies such as supercritical CO2 and subcritical water extraction and different pre-treatment methodologies (pulsed electrical field, ultrasound and/or
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DFT (TD-DFT), the candidate will study charge transfer mechanisms as well as chemical reactions at the solid electrolyte interface (SEI) to predict charge transfer properties and elucidate the SEI
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effects at the product, product/service-system, and socio-technical system levels. More specifically, you will focus on expanding the current understanding of how design decisions give rise to rebound
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of wind energy in the electricity grid through improved wind farm control and co-design, this postdoc is the opportunity for you. Wind energy continues to increase its role in the electrical grid, which
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can read more about career paths at DTU here . Further information Further information may be obtained from Professor Ole Bang, Department of Electrical and Photonics Engineering (DTU Electro), oban
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. Necessary software engineering will be done for scalability and distributed trainability. This will allow us to generate petabytes of data over entire phase spaces of materials, allowing data-driven
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for aquafeed ingredients including mussels and black soldier fly larvae, incorporating value chains and circular economy. You will be in charge of processing and analyzing the nutritional composition of feed
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on frequency dispersion of electrical resistivity downhole logs, will be further developed as a tool for predicting pore size, which in combination with porosity data will allow matrix permeability to be
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on electric brain waves (EEG). Responsibilities and qualifications Your role as a postdoc will be to study latent representations, their structure, semantics and uncertainty. A particular focus is on explaining
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relating this to mechanistic insights. As high current density work will entail ohmic heating, the work will primarily be done in an H-cell design. Potentially other electrochemical reactions may be