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We are recruiting for a Research Fellow in Artificial Intelligence (AI) and Content Provenance to develop new AI-based technologies for rights, attribution and licensing in live music and digital
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of digital diaries Supporting various dimensions of project administration, including development and organisation of research materials, liaison with advisory groups, participants, gatekeepers and
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management, environment reconstruction, target imaging, or radio-resource management. This is a industry-facing role combining advanced technical research, simulation development, pre-standardisation
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developing a new bioelectrochemical technology for the selective recovery of lithium from spent lithium-ion batteries. This is an exciting opportunity to contribute to research at the interface
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of Melbourne, has two closely connected aims. First, we will develop a formally verified reference monitor on top of seL4 for the secure containment of AI agents, including mechanisms for dynamically controlling
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perturbations to streams develop from a variety of baryonic effects. This catalogue of perturbed streams will be used to test how well subhaloes can be inferred, and which streams in the Milky
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. The main role of the post holder will be to carry out research to develop a geological inspired mechanochemical-UV process for efficient ROS production, using earth-abundant rock minerals
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. The research will involve developing analytical models, performing large-scale numerical simulations of open quantum systems, investigating decoherence and noise processes, and exploring new architectures and
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the ZedTech programme. The main responsibilities of the role are to undertake a range of research and development activities in the production of triboelectric nanogenerators, and self-powered sensors
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will work on multiple facets of this problem. First, they will explore how perturbations to streams develop from a variety of baryonic effects. This catalogue of perturbed streams will be used to test