16 global-software-development Postdoctoral positions at UNIVERSITY OF SYDNEY in Australia
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significant amounts of energy and contributes substantially to global CO emissions. These energy losses occur as ground-engaging tools move through granular packings, yet the mechanisms and scale
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substantially to global CO emissions. These energy losses occur as ground-engaging tools move through granular packings, yet the mechanisms and scale of this dissipation remain poorly understood. In this role
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explore new research for furthering scientific understandings, breakthroughs and impact, assist in developing new research proposals and build and expand new research collaboration opportunities assist in
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missing link in global movements of multispecies justice, using innovative musical approaches to communicate the urgency of climate change and lead social change. This project will investigate multispecies
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on the University of Sydney School of Geoscience's globally recognised expertise in the development and application of open-access numerical plate tectonic, thermomechanical, landscape evolution, paleoclimate and AI
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globally significant questions at the intersection of climate change, sea-level dynamics, and coral reef evolution. As a member of the Geocoastal Research Group and Marine Studies Institute, you will have
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environment at the University of Sydney. You will be part of a dynamic team tackling globally significant questions at the intersection of climate change, sea-level dynamics, and coral reef evolution. As a
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Sydney is Australia's first university with an outstanding global reputation for academic and research excellence. Since our inception 175 years ago, the University of Sydney has led to improve the world
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on the detection and analysis of bacterial pathogens in respiratory samples develop novel approaches to analyse metagenomic data in the context of bacterial colonisation and infection produce high-quality research
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developing targeted therapies that eliminate these treatment-resistant cells. Cancer stem cells are increasingly recognised as key drivers of tumour growth, relapse, and resistance to conventional therapies