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formation and changes occurring during processing and digestion. The starting date is September 1, 2025, or subject to mutual agreement. The research project To respond to some of the most critical societal
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collaboration with audiologists and clinicians. Co-supervising PhD & MSc students, particularly those working in electrophysiology and computational modelling. Developing a computational model of cochlear signal
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approaches, balancing the need for high-resolution imaging of shallow infiltration zones with the ability to map deeper flow paths and connections to underlying aquifers. The work will include numerical
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techniques. Development of quantitative image analysis to extract dynamic information encoded in single and series of atomic-resolved images of single nanoparticles. Investigation of dynamic processes
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expansion in the 4th to 1st century BCE and the natural climate changes that seems to occur in the same period. Requirements The successful candidate has a PhD in History, Archaeology or other similar
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work with nearby bioinformatics (in particular PhD students working both on the DIRM and other projects within the group) and experimental immunology colleagues. Qualifications As a formal qualification
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peer-reviewed journals and present at conferences. Actively contribute to the local research environment and engage in teaching as required. Our expectations A PhD in Life Sciences (Computational Biology
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will work with nearby bioinformatics (in particular PhD students working both on the DIRM and other projects within the group) and experimental immunology colleagues. Qualifications As a formal
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external partners Engage in teaching as required Essential Qualifications PhD in molecular biology, epigenetics, chromatin biology, genomics, cancer biology, biochemistry, developmental biology or related
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experts within stem cells, liposome single-particle microscopy and 2-photon microscopy for blood-brain-barrier transport imaging. More information can be found in a brief overview of the research