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commercial state-of-the art MMIC foundry processes and world-class measurement infrastructure allowing for a successful completion of this research project. At the Microwave Electronics laboratory currently 5
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breathe. This doctoral project focuses on exploring the molecular mechanisms underlying photosynthetic water oxidation to O2, with special focus on the role of protein-water-cofactor interactions and
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to provide a comprehensive understanding of the complex interaction between the solar wind and Mercury during extreme events (e.g., Coronal Mass Ejections) using Amitis, a state-of-the-art hybrid-kinetic
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temporary for four years to start during spring 2025 or as agreed. The PhD student will participate in activities provided by the Department of Medical Biochemistry and Biophysics, thus providing interaction
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2025 or as agreed. The PhD student will participate in activities provided by the Department of Medical Biochemistry and Biophysics, thus providing interaction with researchers from different research
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provided by the Department of Medical Biochemistry and Biophysics, thus providing interaction with researchers from different research fields and access to various scientific and technical expertise. All PhD
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well as the clinical activities at the Karolinska University Hospital, unique access to international expertise in machine learning, state-of-the-art imaging, diverse patient cohorts, and relevant computational
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idea at the department is to stimulate translational research and thereby closer interactions between medical research and health care. Research is presently conducted in the following areas: medical and
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within the development and evaluation of new materials in interaction with biological systems to understand the underlying principles. For us, it is equally important to study the impact of materials
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materials, and energy. We contribute to the efficient and sustainable production of food, feed, and industrial products through our state-of-the-art research targeting plants. our goal is to meet the