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hold a high potential to be a sustainable option for several applications currently using lithium-ion batteries (LIB). In this project, Sodium-ion batteries for transport: from materials to cell
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(Woll et al., Cancer Cell 2014; Chin et al., Blood 2022). Using uniquely biobanked and serially collected hematopoietic material from patients with leukemia we have demonstrated leukemic stem cell
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-cell lymphomas. The research group conducts experimental and translational studies using clinically well-characterized patient material in close collaboration with clinical researchers. The research aims
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within translational lymphoma research, with particular emphasis on cutaneous T-cell lymphomas and high-grade B-cell lymphomas. The research group conducts experimental and translational studies using
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supporting that electrification of the transport sector is maintained and further developed in Sweden. Research within COMPEL spans the entire battery value chain: materials research, research on new cell
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. Experience with nanoparticle or surface functionalization. Experience with microfluidics or measurements in complex liquids. Experience with biological samples, cell experiments, or microbiology is welcome but
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-state battery cells is hosted by the Department of Engineering Mechanics (Division of Material and Structural Mechanics) at the School of Engineering Sciences (SCI). In a solid-state cell, mechanics
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division focuses on nutritional solutions for health and disease prevention by studies on the molecular, cellular, and whole-body level. It also has a strong focus on sustainable use of food raw materials
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Description Mid-infrared photothermal (MIP) microscopy has emerged as a powerful technique for rapid chemical imaging in life science and materials science, allowing both label-free detection and the use
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at the Division of Biomedical Engineering Department of Materials Science and Engineering, Uppsala University Full-time temporary position for two years starting in September 2026, or as agreed upon