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Job Description Are you ready to transform the future of biologics with AI? Are you passionate about understanding to drive AI research in interplay between AI-Protein design, automation, and
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to improve understanding of the degradation processes that dictate the operation lifetime of solid oxide cells (SOC). Transforming our society to rely only on sustainable energy sources is a formidable
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partners to drive energy resiliency and to achieve their sustainability goals. We offer world-leading solutions for transforming renewable resources into fuels and chemicals, and we provide technologies
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an "all-in-one" solution by integrating advanced passive components with semiconductor power devices, driving a fundamental transformation in power electronics design and manufacturing through heterogeneous
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is devoted to ensuring excellence, transformative and relevant teaching and research. Candidates who wish to join us are expected to be interested in working in an organisation of this type and it is
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transformational, achieving a 50% reduction in material use, reducing embodied carbon by up to 29 million tons and potentially savings of more than €11 billion annually in the construction of buildings
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transforming towards personalized medicine. We have a clear focus on the needs in the life science industry and point towards innovation, new businesses, and scientific services for the benefit of society. The
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to provide dynamic transformer rating, and how to use batteries in distribution grids. Using e.g., the concepts of the Smart-Energy OS, which is a hierarchy of methods for aggregation, forecasting and control
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chemical reaction system as transformations of abstract entities, i.e., only the stoichiometric relations between the entities are considered. Rule-based approaches on the other hand focus
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defines a chemical reaction system as transformations of abstract entities, i.e., only the stoichiometric relations between the entities are considered. Rule-based approaches on the other hand focus