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materials, and the use of this platform for realizing X-ray phase-contrast imaging on a table-top scale. Key Responsibilities: Develop theoretical and numerical frameworks for free-electron-driven X-ray
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-electron-driven X-ray photonics, with the goal of using such a source to achieve X-ray phase-contrast imaging on a table-top scale. Key Responsibilities: Perform experiments on free-electron-driven X-ray
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performance. The role further includes development of SNSPD detector arrays and readout architectures, including multi-pixel detector arrays, space- or time-multiplexed effective-pixel arrays, photon-number
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an experimental apparatus aiming to develop a quantum processor based on Neutral Atom Arrays. The role will focus on developing the experiment, data acquisition and analysis, and supervision of undergraduate and
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seismic arrays, particularly distributed acoustic sensing (DAS), for hazards and coastal monitoring. The candidate will work under the supervision of Asst Prof Voon Hui Lai. The successful candidate should
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algorithmic audio processing solutions including the existing areas mentioned above and additionally including state of the art audio codecs, audibility and intelligibility enhancements, microphone array
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surfaces. (iii) Optimize and enhance the computational algorithm by introducing a patterned spintronic THz emitter array to resolve the two-dimensional object image from the data set in real-time
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array processing, soundscape and other audio enhancements Project management tasks including creation and maintenance of requirements and schedule documentation for assigned projects, project budget etc