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demonstrators for millimeter-wave (mmWave) phased arrays for communication and sensing systems. As part of this project, there is an open position for a research fellow with proven knowledge and experience in
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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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for realizing X-ray phase-contrast imaging on a table-top scale. Key responsibilities include: Developing theoretical and numerical frameworks in free-electron-driven X-ray nanophotonics– i.e., modeling
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nanotube array film as a device-grade channel material (density, alignment, uniformity, purity, residues) by SEM, AFM, Raman and optical mapping, and define acceptance criteria. • Characterise
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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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and control, mixed-species crystal operation, or multiplexed trap-array design and characterisation. Optical frequency metrology Optical frequency comb operation, absolute frequency measurement
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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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metasurfaces using electromagnetic simulation tools (FDTD/FEM) to establish optoelectronic eigenvectors. • Nanofabrication: Fabricate multi-pixel sensor arrays and integrate pre-synthesized chiral 2D HOIP