A novel approach is presented for fabricating single or arrays of complex high-aspect ratio unique 3D microstructures. The applicability of specific structures as optical tweezers and as excitable quantum dot-embedded microresonators is presented. © 2011 OSA
Fabrication of functionalized Optical microstructures by exploiting nanofluidic instablites
Coppola S;Vespini V;Finizio A;Grilli S;Merola F;Ferraro P
2011
Abstract
A novel approach is presented for fabricating single or arrays of complex high-aspect ratio unique 3D microstructures. The applicability of specific structures as optical tweezers and as excitable quantum dot-embedded microresonators is presented. © 2011 OSAFile in questo prodotto:
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