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/ville-maisi Subject description QPHOTON’s aim is to design, fabricate and demonstrate photodetectors that count microwave photons at high quantum efficiency and low backaction. This will enable to measure
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design and photophysical studies of the novel luminescent radicals for OLEDs and investigate the role of quartet excited states in radical OLEDs to make quartets “bright”, design of the novel metal-free
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relevant to railway infrastructure design and safety. This position will be in the research group of Division of Soil- and -Rock Mechanics at the Department of Civil and Architectural Engineering. Key
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-and-place actions, design HRI experiments with users, evaluate data, and share the code and benchmarks in open repositories. This postdoctoral position is funded by Wallenberg AI, Autonomous Systems and
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Department of Life Sciences aims to bridge cutting-edge life science research with biochemical engineering to become a leading regional innovation hub. The research has broad applications in areas such as
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pollution can affect natural systems and how these effects can be minimized. The work includes design and experimental studies of simple model systems as well as more applied studies. The applicant should
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. Teaching skills. Other qualifications: Experience within acoustofluidics Experience in lab-on-a-chip technology Experience of design and manufacturing of acoustofluidic systems Experience of acoustic and
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delayed fluorescence (TADF) from single molecules. Work assignments The proposed postdoc project among others will include computational design and photophysical studies of the novel luminescent radicals
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will take part in the practical experimental work on farms and at research facilities. You will assist in, and conduct, ethological experiments designed for farm animals in collaboration with the team
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to design projects. A positive and driven personality. Terms of employment This is a full-time, fixed-term position for two years starting on 2025-12-01, or as agreed. Employment at Lund University is based