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of experience in squeezed light sources and their applications in metrology and quantum communications. Our group at NUS is developing next generation squeezed light sources for quantum metrology applications and
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Job Description This job aims to address some critical issues about realizing on-chip structured light field manipulation through inverse design. The main targets are threefold: 1. Understand in
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patrons. - Checking tickets or other modes of admission, checking the auditorium areas before and after events, and miscellaneous light duties. - Enforce house rules and address situations in a professional
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patrons. - Checking tickets or other modes of admission, checking the auditorium areas before and after events, and miscellaneous light duties. - Enforce house rules and address situations in a professional
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patrons. - Checking tickets or other modes of admission, checking the auditorium areas before and after events, and miscellaneous light duties. - Enforce house rules and address situations in a professional
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to radiation protection and patient care 5.Fast learner 6.Ability to work in fast-paced working environments 7.A responsible attitude with good teamwork skills 8.A passion to teach
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experiment focused on realizing an atomic interferometer. The role involves designing and setting up optical systems, including laser alignment and stabilization. The researcher will be working on developing
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fiber laser technology to enable low-cost medical diagnosis through multi-photon imaging for brain disease studies. As we strive to make a significant impact on healthcare, we are seeking a talented and
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optimize immunohistochemistry assays. Handle tissue arrays. Conduct laser microdissection. Utilize autostainer technology. Operate slide imaging systems. Use advanced microscopy systems. Supervision and
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of novel nanophotonic and plasmonically structured substrates and metasurfaces. Optimisation of nanostructures for enhanced light matter interactions, beam shaping and spectral response. Design, simulate and