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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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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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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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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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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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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
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of qualifications (examination certificates/PhD diploma, etc.) Complete list of publications indicating the publications attached Applicants may choose a maximum of two publications for assessment. For any