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enzymatic synthesis of polysaccharide materials with tunable properties Characterization of synthetic materials Methods: In situ atomic force microscopy, surface plasmon resonance, enzymatic reaction, product
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on the development of novel nanobiosensor devices based on plasmonics, nanoplasmonics, and silicon-based photonics principles, including surface biofunctionalization, microfluidics for automatic fluid delivery and
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contract is part of a collaborative project aiming at the fabrication of dense clusters of plasmonic nanoparticles and polymer with non-linear optical properties. The objective is to demonstrate
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perspectives in photocatalysis and near-surface chemistry: catalysis meets plasmonics —a collaboration between King’s College London, Imperial College London and UK Catalysis Hub. The research in Photonics
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nano-plasmonics) design, fabrication, and characterizations. All candidates should have a Ph.D. degree. Appointments will be for one year, with the possibility of renewal pending satisfactory performance
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design. • Nanophotonics and strong light-matter coupling in any spectral range (e.g., plasmonics, metamaterials). • Scientific programming and data processing. • Cleanroom fabrication and nanofabrication
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properties of molecules and/or 2D materials is an advantage Knowledge of theory of plasmonics and nanophotonics and methods used therein is an advantage Modelling of scanning-tunneling microscopy and related
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nano-plasmonics) design, fabrication, and characterizations. All candidates should have a Ph.D. degree. Appointments will be for one year, with the possibility of renewal pending satisfactory performance
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/plasmonics is an advantage Why join us Interesting work in cutting-edge research and development of atomic-scale optics Collaboration with international partners Participation in multidisciplinary scientific
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the active layers into photonic cavities, either plasmonic either dielectric. The project will focus on both the emission and detection (increasing absorption) of light (improved coupling to the far field