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lasers and their practical applications. Where the Fiber Technology Center is part of the Photonics Research Institute. This center boasts cutting-edge facilities for various aspects of fiber design and
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groundbreaking mechanisms in electron-photon and electron-matter interaction, pertaining to the compact, efficient generation of extreme ultraviolet light for applications including EUV spectroscopy and EUV
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sustainability. We develop functional fiber materials with specific photonic and electronic properties by polymer molecular engineering and fiber structure design. Together with advanced textile technology
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materials and ultra-thin material systems, with an emphasis on synthesis, heterostructure integration, and device development for electronic, photonic, and sensing applications. The position involves
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systems, with an emphasis on synthesis, heterostructure integration, and device development for electronic, photonic, and sensing applications. The position involves designing, fabricating, and
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world-leading integrated photonics. The central goal is to fabricate and understand ultra-low-loss silica-based waveguides and ring resonators that push optical loss to the physical limits set by glass
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completed or submitted a PhD in neuroscience. You will have previous experience in carrying out either in-vivo electrophysiology or two-photon imaging, optogenetics and behaviour in mice. You will be
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. The postholder will exfoliate and transfer 2D van der Waals magnetic flakes on purpose-built superconducting resonators to achieve strong photon-magnon coupling (C. W. Zollitsch et al., Nature Comm. 14, 2619 (2023
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-conducted-at-nimh/principal-investigators/zheng-li.shtml ; publications: https://www.ncbi.nlm.nih.gov/myncbi/zheng.li.7/bibliography/public/ ) uses molecular and cellular biological approaches, two-photon
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Research Fellow in Ultra-Low-Loss Ring Resonators Section: Photonic Systems Circuits & Sensors Group Location: Highfield Campus Salary: £36,130 to £44,128 per annum Full Time Fixed Term until 31/07