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Responsibilities: Conduct research in Prof Chong Yidong’s group covering both theoretical and experimental topics in quantum topological photonics, and related topics. Key areas of research include: Study of
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this project, we will establish key expertise to produce superconducting nanowire detectors, arguably the best single photon detectors. We will also tackle a broad range of technological challenges to improve
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activities related to Quantum photonics. Requirements: A Bachelor’s degree in either material science or applied physics or relevant subject from well-established universities/institutes. Highly motivated in
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should have at least 15 years of experience in cutting edge nano-photonics, plasmonics, especially in superoscillatory imaging technologies, as well as expertise in AI and deep learning . He/she should be
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of cortical circuits in the mammalian brain underlying neural intelligence. We integrate various cutting-edge technologies, including a 2-photon random access mesoscope to record >10,000 neurons
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: Discover new phenomena and develop new applications pertaining to the miniaturization of particle accelerators and X-ray sources Assist in fundamental research on electron-photon interactions in emerging