Optical forces are used to position and aggregate nanoparticles for different applications. In particular, plasmonic enhanced optical forces are exploited to direct gold nanorods surrounded by biomolecules to create hot-spots on demand in a liquid buffered environment. This enables protein detection at the 10 nM level. Furthermore, optical forces on liquid phase exfoliated layered materials (hBN, MoS, WS) are studied and used to push and aggregate nanostructures in specific patterns.
Optical force positioning and aggregation of nanoparticles
Gillibert R;Gucciardi PG;Marago OM
2019
Abstract
Optical forces are used to position and aggregate nanoparticles for different applications. In particular, plasmonic enhanced optical forces are exploited to direct gold nanorods surrounded by biomolecules to create hot-spots on demand in a liquid buffered environment. This enables protein detection at the 10 nM level. Furthermore, optical forces on liquid phase exfoliated layered materials (hBN, MoS, WS) are studied and used to push and aggregate nanostructures in specific patterns.File in questo prodotto:
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