The generalized Snell's law of refraction was introduced by F. Capasso in 2011. One consequence of the law is that resonant metallic nanostructures at the interface between two dielectrics can bend the light in a controlled way. Alternatively, by measuring the bent of a beam of light induced by a nanopatterned metallic surface it is possible to retrieve information on the surface morphology. Here we show that deviation measurements of the light passing through curved metallic nanowires deposited on a glass slide gives information on the morphology only when resonance is excited. © 2013 Photonics Society of Poland.
Anomalous refraction of self assembled gold nanowires studied by the generalized Snell's law / Belardini, Alessandro; Leahu, Grigore; Larciprete, Maria Cristina; Centini, Marco; Sibilia, Concetta; C., Martella; M., Giordano; D., Chiappe; Francesco Buatier De, Mongeot. - In: PHOTONICS LETTERS OF POLAND. - ISSN 2080-2242. - ELETTRONICO. - 5:2(2013), pp. 45-47. [10.4302/plp.2013.2.04]
Anomalous refraction of self assembled gold nanowires studied by the generalized Snell's law
BELARDINI, ALESSANDRO;LEAHU, GRIGORE;LARCIPRETE, Maria Cristina;CENTINI, MARCO;SIBILIA, Concetta;
2013
Abstract
The generalized Snell's law of refraction was introduced by F. Capasso in 2011. One consequence of the law is that resonant metallic nanostructures at the interface between two dielectrics can bend the light in a controlled way. Alternatively, by measuring the bent of a beam of light induced by a nanopatterned metallic surface it is possible to retrieve information on the surface morphology. Here we show that deviation measurements of the light passing through curved metallic nanowires deposited on a glass slide gives information on the morphology only when resonance is excited. © 2013 Photonics Society of Poland.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
