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diverse fields, including energy materials, catalysis, and biomedical systems. Experiments are conducted at “beamlines,” complex optical systems designed to condition the X-ray beam for scientific
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bright X-ray beams for studying the structure and function of matter across diverse fields, including energy materials, catalysis, and biomedical systems. Experiments are conducted at “beamlines,” complex
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the relevant field. Demonstrated previous research experience in synthesis, characterisation, catalysis and/or bio-applications of carbon nanomaterials. Proven commitment to proactively keeping up to date with
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will contribute to the project by developing nanostructured single atom materials for environmental and sustainable catalysis, conducting mechanistic studies, and enabling large-scale materials
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to reduce the costs for green hydrogen production. The candidate is expected to show interest and enthusiasm in scientific research in catalysis, energy, and engineering and to develop knowledge in water
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, environmental engineering, or emerging areas such as green chemistry catalysis, advanced materials and nanotechnology, energy technologies bioprocessing and synthetic biology, food and health-related processing
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and catalysis, with enhanced efficiencies and functionalities. This research is performed within the ARC Centre of Excellence for Future Low-Energy Electronics Technologies. As a member of my team, you