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fundamental knowledge about the impact of the high oxygen content and water formation in the catalytic process, model catalysts will be synthesized and studied. The simplified model studies will be performed in
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specializes in optics and laser technology, covering attosecond physics, high-intensity laser physics, and plasma acceleration, and hosts the Lund Laser Centre (LLC), a leading interdisciplinary laser research
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eco-evolutionary physiology and thermal biology. Work duties The position is linked to the research program "HotLife – Pathways to Survival in a Warmer World," funded by the European Research Council
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model. The technical goal includes to develop, perform and analyse data from high resolution experimental imaging of large animal tendon tissue, using mainly synchrotron phase contrast X-ray tomography
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high repetition rate (200 kHz), which enable study electron movements in atoms, molecules and solid states. Work duties The aim of the project is to investigate the dynamics of ultrafast processes in
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within metallic materials in the context of hydrogen embrittlement, one of the most serious materials science and engineering challenges. The consortium has already performed several neutron experiments
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of metamaterials. Our teaching includes courses in electromagnetism, basic and high-frequency electronics, as well as advanced device physics, at both undergraduate and graduate levels and within doctoral education
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analysis and design are performed and can lead to novel high-performing methods for applications in machine learning, control, and beyond. Both PhD students will be financed by WASP – the Wallenberg AI
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and conducts research and teaching mainly in Electrical Engineering and Computer Technology. We are located on LTH's campus in northern Lund. The Division for Electromagnetics and Nanoelectronics has 10
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the assembly and merger of supermassive black holes at high redshifts, and from stellar binary star systems in the Milky Way. The project will also explore the connection between LISA and GaiaNIR. GaiaNIR is a