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Field
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of FADOS is to achieve targeted modification of semiconductor properties through electronic doping to control and modify their electronic characteristics. The project’s goal is to develop fundamental
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challenging chemical bonds (N–H, O–H, and C–H) under mild conditions. The project combines plasmonic materials, photoelectrochemistry, and ultrafast laser spectroscopy to investigate and control charge transfer
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field experiment along a climatic gradient with controlled lab studies simulating drought and heatwaves. You will assess how soil microbial and faunal communities (protists, nematodes) respond to climatic
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synchrotron techniques such as X-ray photoelectron, absorption and fluorescence spectroscopies, and X-ray diffraction will be used for real-time analysis. Measurements will be conducted in controlled
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computer-controlled techniques. Through practical experiments, the doctoral student will push the boundaries of these materials, uncovering new design expressions while deepening the understanding
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papers in the blood cancer area Excellent ability to write scientific texts, and to summarize and present research findings Strong communication skills Excellent command of Swedish and English, both spoken
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potential threats to technical systems such as IoT, vehicles, and critical control systems that can have a long technical lifespan and remain in operation for 10-20 years. These systems need to be protected
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the physical layer but can also cover aspects of the media access control and network layers. The research is expected to use methodology from signal processing, communication theory, mathematics, wave
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but can also cover aspects of the media access control and network layers. The research is expected to use methodology from signal processing, communication theory, mathematics, wave propagation
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the specialization in question. Additional required qualifications are: Very good command of the English language, both written and spoken. Merits are: Training and/or experience in environmental chemistry, analytical