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WIFORCE Research School Do you want to contribute to the future sustainable use of forests? Apply to join WIFORCE Research School! Biodiversity and the role of forests in climate change are now key
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capabilities of nonlinear quantum systems, employing tools from quantum information theory and quantum metrology. The work will involve learning and applying mathematical methods to solve open quantum dynamics
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) Performing a clinical study of DBTMI vs DM with 600 women; and (iii) Optimizing DBTMI reading and exploring AI combined with DBTMI. Work duties and responsibilities The main tasks of a doctoral student are to
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, application-driven, and experimental work. It includes active collaboration with both academic institutions and industrial partners. The focus of the research is on robotic manipulation—critical capabilities
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employed at Lund University. As a doctoral student in this project, you will perform work in accordance with a set individual study plan. The focus will be on performing research to optimize and test DBTMI
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, to automation and optimization, machine design, production, and production systems. Project Description This PhD project is part of the research project “Sustainable and Resilient Hydrogen Infrastructure
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) for the future 6G-NTN where trade-offs around flexibility, scalability, autonomy and optimization are made with respect to the fact that the systems will execute in space. In addition, work is planned in path
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-offs around flexibility, scalability, autonomy and optimization are made with respect to the fact that the systems will execute in space. In addition, work is planned in path-aware networking so that
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with restrictions on state variables and input signals as well as uncertainties in the models. The project is part of a larger collaborative effort between ABB Corporate Research, Ericsson, Boliden, KTH
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to the Division of Quality Science and be located at Campus Gotland in Visby. At Campus Gotland, research focuses on the use of hydrogen in the transport sector, particularly on the design of efficient hydrogen