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samples collected over 34 years in northern Sweden, to identify and understand interdependencies between species, and to explore how climate change and land-use shifts have shaped these patterns
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within research and education. The following will strengthen your application: Familiarity with any of: molecular simulation methods (integrators, force fields, enhanced sampling), structural biology
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with wood samples and microbial organisms and will lead the data acquisition and analysis using the above-mentioned spectroscopic techniques, particularly AFM-IR and STXM. Furthermore, the selected
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responsibilities As a postdoctoral researcher in the group, you will need to perform sample preparation, data collection and analysis work as agreed during regular meetings. You will also need to participate in
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analysis related to sampling, optimisation and learning problems in high dimensions. Examples of current research topics include convergence analysis of Markov processes, efficient Monte Carlo methods, large
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proteins implicated in diseases associated with their aggregation and fibril formation. These systems are characterized using both purified and complex samples. The work is focussed on the development of a
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the flexibility of simulated data to systematically explore factors like measurement noise, sampling frequency, and time delays, thereby defining the empirical data requirements for the framework. Apply
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service. What you will do In this project, you will fabricate, measure and analyze samples with superconducting resonators and qubits. Measurements will be performed both in Sweden and in Canada. Some of