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electroactive materials. Its primary theme involves the coupling of ions and electrons as signal carriers for applications in printed electronics, organic energy- and electrochemical devices, and organic
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immunity against lymphomas. The project also aims to uncover the mechanisms that drive resistance to immunotherapy, using methods such as spectral flow cytometry, confocal imaging, and single-cell RNA
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have a huge potential for the design of functional materials and devices with new properties. For example, they demonstrates strong electroluminescence and tunable emission energy, making them a
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functional materials and devices with new properties. For example, they demonstrates strong electroluminescence and tunable emission energy, making them a promising candidate for laser diodes. You are supposed
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Electronics (LOE) focus on the study of electronically and ionically conductive organic materials in a range of areas including, but not limited to, energy conversion, printed electronics, polymer electronics
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(cell-free) MIMO, integrated sensing and communication, passive and active sensing, exploiting macro-diversity with distributed sensing implementations, bistatic/multistatic radar sensing, fusion
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, as well as brain imaging. Your project will be supervised by Kajsa Igelström and India Morrison at the division of cell- and neurobiology. As a PhD student, you devote most of your time to doctoral
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school. In this academy, you will get an overview of the research field within renewable materials from wood and gain knowledge of topics not directly connected to your current research. During the academy
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forest raw materials. You will become part of the WWSC academy, which is a graduate student school. In this academy, you will get an overview of the research field within renewable materials from wood and
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forest raw materials. You will become part of the WWSC academy, which is a graduate student school. In this academy, you will get an overview of the research field within renewable materials from wood and