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Apply now to lead high-impact computational analyses that power evolutionary and developmental discoveries in the TREE Lab. Investing in you - 17% superannuation, benefits package including salary
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functional genomics to reveal how genes sculpt morphology. You will also build your research profile through publications, grants and supervision within a supportive, high performing lab. What you will deliver
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also build your research profile through publications, grants and supervision within a supportive, high performing lab. What you will deliver: Design and execute in vivo functional assays and genetic
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supportive, high-performing School of BioSciences environment. What you will deliver: Lead computational analysis and integration of single-cell RNA-seq and spatial transcriptomics datasets on endometrium
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for high-performance computing environments. Coordinate data generation with clinical and experimental partners, including study design, batch allocation and result interpretation. Prepare high-quality
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materials that show pressure-responsive physical and electronic properties. Perform high-pressure single-crystal X-ray diffraction and magnetic measurements using synchrotron and SQUID magnetometry facilities
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, conferences and industry engagement. What you will deliver: Develop and analyse stochastic multiscale models for interacting populations across individual and higher biological scales. Conduct high-quality
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climate change pest research / collaborate in open, inclusive biophysical ecology group / deep computational work with the Julia programming language Apply now to shape predictive models that guide pest
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and exotic smooth structures in four-dimensional manifolds. You will deepen your expertise, build an independent research programme and contribute to high-impact publications. What you will deliver