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amplifier (PA) design for integrated direct-to-cell active antenna arrays. The project is expected to lead to technological progress and high-impact scientific publications in power amplifier design for
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maintain research relationships with national and international partners of the project, and have the opportunity. assist in the development of student research skills and supervision of PhD and
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campus. The primary goals of the project are to: Develop rugged high-quality entangled photon sources for satellite uplink scenarios Develop uplink infrastructure for the Hub Optical Ground Station
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engagement activities of the project, liaising with industry partners and potential end-users of the technology Identify appropriate sources of funding and help prepare proposals for funding bodies and
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. Engage in professional development through relevant training programs aligned with project needs and personal aspirations. Assist with the supervision of student project work and provide day-to-day support
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towards application. Some of our work is research level lab development, however some projects are strongly focused on practical translation – taking novel or well established principles from the lab
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of the project is to design, implement, and utilise a new beamline for ultrafast science with ultrabroadband optical attosecond pulses. The work will involve both ultrafast pulse compression and frequency
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subsurface under a range of constraints being determined in collaboration with project partners. The successful appointee will join a growing team focused on integrated reservoir engineering and geoscience
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large research project aiming to develop a new generation of computational imaging algorithms intended to deliver simultaneously precision, robustness, efficiency, and scalability of the image formation