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, such as cancer. Duties We are looking for an ambitious researcher to develop methods for isolating extracellular vesicles from blood, sequencing the associated nucleic acids and analyzing this data
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Doctoral researcher on this project, you will be a member of an interdisciplinary team developing (nano)structured materials that can significantly impact the sustainability of our society, as described in
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developing electrolyte formulations based on functional additives to improve the performance of next-generation Li-ion batteries. The project revovles around utilizing existing electrolyte systems, based
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developing (nano)structured materials that can significantly impact the sustainability of our society, as described in the WISE program. The group develops and characterizes architectures of matter with well
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highly qualified postdoctoral researchers to join our team. With Björn Lindström as teamleader and funded by the Swedish Research Council, we are developing a new framework for understanding social
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to join our team. With Björn Lindström as teamleader and funded by the Swedish Research Council, we are developing a new framework for understanding social learning, social transmission and cultural
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be a part of the development of a larger effort aimed at the development of light-emitting electrochemical cells (LECs). The LEC is a novel technology that is attracting interest from both academia and
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the opportunity to develop your own research ideas within the lab’s focus areas Build and refine computational models of human innovation and learning processes Design and test AI algorithms
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forefront of research in human-AI collaboration Have the opportunity to develop your own research ideas within the lab’s focus areas Build and refine computational models of human innovation and learning
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materials. Project overview The primary objective of this project is method development for nuclear fuel synthesis. The goal is to develop a novel process for producing plutonium-bearing UO₂ SIMFuel pellets