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you will uncover how nanoconfinement controls energy and electron transfer processes by using state-of-the-art time-resolved spectroscopy. The position is open to curiosity-driven, committed applicants
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time-resolved spectroscopy of functional organic molecules. You will drive a project where you will uncover how nanoconfinement controls energy and electron transfer processes by using state-of-the-art
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from experiments or modelling, and interpreting this data in terms of its biological meaning and relevance. For these positions your command of the English language is expected to be at C1 level
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with the fishing industry. Please note that a good command of the Dutch language is essential for this position. In this role, you will translate knowledge needs from practice and policy into concrete
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predictive simulations of silicon particle detachment under contact conditions, enabling a quantitative assessment of the governing influence factors and possible mitigation routes to control the detachment
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investigate deep learning methods for local data augmentation and adaptive point density control, addressing the anisotropy and uneven sampling typical of urban LiDAR. You will work on a four-year doctoral
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. We want to strengthen adaptability, mental resilience and control over health and well-being. At TSB we increasingly work in interdisciplinary teams that combine the strengths of all social science
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: Understand how soil nutrients and labile carbon control microbial processes that regulate greenhouse gas emissions. Your colleagues: A collaborative team of ecologists and environmental scientists within
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Requirements MSc in one of the following fields: Biology, Genetics, Animal Breeding, Conservation sciences and/or Bioinformatics, or a related field good command-line skills and programming experience (in Python
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highly recommended. Familiarity with experimental techniques for clean-room fabrication and sensitive electrical measurements is highly recommended; a good command over programming languages such as Python