16 high-performance-quantum-computing-"https:" "https:" "https:" "https:" "https:" scholarships at University of Adelaide
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here https://www.adelaide.edu.au/aiml/our-key-initiatives/responsible-ai-research-centre/themes . Please note, only the Theme 1 scholarship is still available, all the other Theme PhD’s have been filled
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research papers. Program overview The successful candidate will receive: Admission to a PhD program at the University of Adelaide; A University of Adelaide Research Scholarship for 3.75 years, paid
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applications in timing and biology, quantum circuits and quantum computing. Projects will be available at the University of Adelaide, RMIT and the University of Queensland. Eligibility: Applicants must be
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This PhD scholarship is funded by an Australian Research Council Industry Fellowship grant. It is a 3.5-year research training program. The ARC Industry Fellowship program aims to develop a strong
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or Koval to two-phase multicomponent flows. This performance would provide the segregated flow model for the system CO2-brine. The approach will lead to upscaled model for two-phase multicomponent flows
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Electronics: Creating next-generation microwave electronics that balance size, power, and performance for handheld platforms. Signal Processing for Embedded Systems: Designing and optimizing algorithms
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support, might not be able to continue their studies or complete their program. To be eligible students must be: enrolled at the University (undertaking an undergraduate, Honours, Postgraduate Coursework
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qualitative and/or quantitative data analysis. Exposure to policy and program development in an Aboriginal community-controlled organisation. Contribution to real-world projects with measurable community impact
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systems can bridge this gap through improved aerodynamic performance and fuel efficiency, combining the benefits of electric and hybrid technologies. To achieve this, this project will focus on aircraft
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cracking at high temperature, co-producing black carbons for carbon storage or other uses. Utilising renewable thermal energy to drive the pyrolysis process can further reduce the carbon intensity