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. demonstrated research capability in one or more of the following areas: quantitative modelling of dynamic or adaptive systems reinforcement learning, multi-agent systems, network or graph-based models simulation
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or adaptive systems reinforcement learning, multi-agent systems, network or graph-based models simulation of complex socio-technical or organisational systems causal inference, econometric analysis, or formal
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, sensing, and computing within a single unified network. These positions will involve advancing fundamental theories and the enabling technologies needed for simultaneous communication, sensing, computing
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to applied nonlinear problems arising from water wave theory and nonlinear optics conduct research either independently or as part of a team contribute to journal publications and other academic outputs
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Laboratory and Prof Andrew Doherty 's quantum theory group at the University of Sydney. In this role, the successful candidate will lead the experimental effort, including superconducting qubit measurements
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, scalable numerical algorithms for extracting the evolution model of the relevant dynamical skeleton, quantifying associated uncertainties. We will develop mathematical theory underpinning the novel
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culture of the Sydney Algorithms and Computing Theory group (SACT) at the School of Computer Science. In addition, you will be given the opportunity to attend flagship theoretical computer science
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contribute to theory-driven intervention design to challenge essentialist beliefs and reduce prejudice collaborate with senior academic staff and contribute to research publications, presentations, and project
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on algorithmic research projects, and contribute to the collegial culture of the Sydney Algorithms and Computing Theory group (SACT) at the School of Computer Science. In addition, you will be given
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with Dr Xanthe Croot 's Superconducting Quantum Circuits Laboratory and Prof Andrew Doherty 's quantum theory group at the University of Sydney. In this role, the successful candidate will lead the