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Participate in intra- and inter-disciplinary research collaborations Build awareness of relevant industry partners and opportunities for HDRs/ECRs placements Ensure impact of academic activity on the field and
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material gradient of native IVDs, making them physiologically irrelevant for studying wear particle interactions. Animal models, while commonly used, are costly and fail to fully capture the human IVD's
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of a PhD or doctoral research in a relevant area of chemistry, physics, materials science and engineering. Demonstrated experience, expertise and skills in at least one of the following research areas
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-Pacific region and the universities of the world and is committed to creating a brighter future for life in the tropics world-wide through graduates and discoveries that make a difference. As the
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- $113,262 (*PhD entry level $105,518) p.a. plus 17% super Join the Experiment Particle Physics group at the University of Melbourne and seize the opportunity to work on the Hyper-Kamiokande experiment
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initiative. As part of a multidisciplinary research team, you will explore the application of specialized materials in food and beverage innovations, enhancing your research profile and technical skills. You
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the structural complexity and material gradient of native IVDs, making them physiologically irrelevant for studying wear particle interactions. Animal models, while commonly used, are costly and fail to fully
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technology. Build new and/or improve existing research-focused engineering technologies, systems, prototypes, and processes. Conduct advanced simulations, cost calculations, and feasibility studies pertaining
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are a highly motivated researcher with a PhD (or near completion) in psychology or a related field, possessing strong quantitative skills, an emerging publication record, and a passion for understanding
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to, and interpretation of, extreme material online. It will use in-depth qualitative methods to collect novel data and provide an evidence-base for points of intervention. It is part of an ONI Discovery