Silicon is the most common semiconductor in technology. Its main limit is the lacking of efficient light emission properties. Here quantum effects are exploited to fabricate optically active silicon photonics elements. The manuscript reports recent results obtained in different research fields spanning from bio- to integratedphotonics and nonlinear optics.
Silicon nanostructures: A versatile material for photonics / Bisadi, Zahra; Cortelletti, Paolo; Zanzi, A.; Piotto, Chiara; Fontana, Giorgio; Bettotti, Paolo; Scarpa, Marina; Pavesi, Lorenzo. - In: ECS TRANSACTIONS. - ISSN 1938-5862. - STAMPA. - 72:34(2016), pp. 1-6. [10.1149/07234.0001ecst]
Silicon nanostructures: A versatile material for photonics
Bisadi, Zahra;Cortelletti, Paolo;Piotto, Chiara;Fontana, Giorgio;Bettotti, Paolo;Scarpa, Marina;Pavesi, Lorenzo
2016-01-01
Abstract
Silicon is the most common semiconductor in technology. Its main limit is the lacking of efficient light emission properties. Here quantum effects are exploited to fabricate optically active silicon photonics elements. The manuscript reports recent results obtained in different research fields spanning from bio- to integratedphotonics and nonlinear optics.| File | Dimensione | Formato | |
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