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at Aalborg University, Aalborg campus, and become part of the Cracks in Composite Structures (CraCS) research group. The research group focuses on the predictive modeling, characterization, and quantitative
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). Implementing and applying mass spectrometry-based techniques (metabolomics, proteomics, chemical biology) to identify and characterize metabolic pathways and targets. Data analysis and integration using R and/or
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, Lab-4DµXRD, and to apply this technique to quantify local microstructural evolution during mechanical loading. The work will lay a strong foundation for the application of this novel characterization
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and multicultural research environment with high professionalism and close collaboration and networking activities A workplace characterized by equality and a good work-life balance, and an open
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with close daily interactions, opportunities for networking across groups. Employment at a Danish university with a work culture characterized by professionalism, equality, and a sustainable work–life
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. The School is committed to: Fostering an international environment characterized by strong academic and interdisciplinary collaboration. Embracing an innovative and experimental approach to research, teaching
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compounds (e.g., DMS and methylhalides). However, biological sources and sinks of volatiles, other than terrestrial plants, remain poorly characterized. In VOLT, we focus on VOC transformations associated
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Bekæmpelse). Job description The position will focus on the biochemical and structural characterization of tumour suppressor proteins in the context of chromatin. The postdoctoral candidate is expected to work
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research efforts that explore how inorganic and coordination compounds can be designed, synthesized and characterized for efficient carbon capture. Your primary responsibility will be to carry out
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the university. The School is committed to: Fostering an international environment characterized by strong academic and interdisciplinary collaboration. Embracing an innovative and experimental approach