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and polarisation visual systems: mantis shrimp, water fleas, and firefly squid. These species have been chosen to probe the evolution of advanced visual capabilities such as colour and polarisation
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proteins from discs into supported membranes to make aligned protein arrays for biosensor development, also remains to be studied in detail. This project will optimize the experimental workflow
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of further development. The position requires undertaking the design and implementation of the analog and mixed signal frontend and, in particular, amplifiers, filters, signal conversion, and wireless
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laser pulses, develop attosecond pulse sources and to study ultrafast processes in semiconductor nanostructures using electron instrumentation. The position(s) imply the development of ultra-short pulse
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development to biomedical studies. The main research areas include sensitization, immuno-oncology, and biomarkers. The modern facilities are located at Medicon Village, where academic research is carried out
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group which is responsible for the development of the Ambient Pressure X-ray Photoelectron Spectroscopy Program at MAX IV. The beamlines provide a wide range of sample environments for in situ and
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vision. Understanding or willingness to learn advanced statistical modeling is a plus Assessment criteria and other qualifications: This is a career development position primarily focused on research
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University initially includes researchers from ten departments, and three areas of research have been identified for strategic development: materials research, integration of batteries with power electronics
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, and stimulating environment. We value communication and collaboration and a workplace that promotes learning and development for all employees. We are also committed to building a safe and positive
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description The position is funded by a Wallenberg Proof of Concept Grant within the WACQT area. The project is development of a novel potentially quantum-limited microwave amplifier based on hybrid