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interested in connecting spatial and spectral information to understand complex materials systems at the molecular level with machine learning. PhD Student A will work with tumour sections to develop multiple
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parameters will be assessed. The goal of the projects will be to identify best clinical practice for this complex surgical problem. The projects will be separated along clinical and radiological/engineering
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University under the supervision of Professor Tim Dwyer at Monash University, Australia’s leading computer graphics researcher. Please note that this opportunity is limited to applicants who are legally
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Looking For: We’re looking for a driven and capable student who is eager to tackle complex, high-impact problems in quantum physics. The ideal candidate will have: A strong background in theoretical physics
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The primary objective is the development of computational methods and experimental techniques to investigate failure modes and quantify defects and damage in fibre reinforced hybrid composites used
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(Forensicare). The scholarship opportunity is open to individuals who identify as Aboriginal or Torres Strait Islander and are enrolled in a Doctoral Program. The scholarship aims to support highly motivated and
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chemoreceptor activity. Your work will bridge both computational and experimental research, including validation using in vivo models, optimising light delivery systems, and aligning in vitro and in vivo findings
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addition to debits, credits can be obtained. The research performed under this internship by an Electrical/Power Engineering or Computer Science PhD student will relate to this reform, specifically investigation
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and rural health staff informatics, coordinate the writing of ethical applications and reports, and contribute to writing publications and external grants. To be successful you will need: A PhD in
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complex characteristics of underwater communication channels; the performance of those classical models is poor, since understanding of underwater acoustic channels is insufficient. Recently our research