In this thesis, I worked on the synthesis of novel Silicon-based materials for applications in microphotonics. I characterized the properties of these materials and I realized also some devices. In particular I worked on the fabrication of a very efficient Si-based LED, working at room temperature and at wavelengths useful for telecommunications. Moreover some novel materials, based on the rare earths, are proposed as ideal candidates for the realization of optical planar amplifiers.
In questo lavoro di tesi mi sono occupato della sintesi di materiali innovativi basati sul silicio per applicazioni in microfotonica, della loro caratterizzazione e della realizzazione di dispositivi. Questo lavoro ha portato alla fabbricazione di un LED al silicio molto efficiente, funzionante a temperatura ambiente e a lunghezze d'onda utili per le telecomunicazioni. Inoltre sono stati proposti dei materiali innovativi basati sulle terre rare, come candidati ideali per la realizzazione di amplificatori ottici planari.
Emission and amplification of light from novel Si-based materials / Cardile, Paolo. - (2011 Dec 05).
Emission and amplification of light from novel Si-based materials
CARDILE, PAOLO
2011-12-05
Abstract
In this thesis, I worked on the synthesis of novel Silicon-based materials for applications in microphotonics. I characterized the properties of these materials and I realized also some devices. In particular I worked on the fabrication of a very efficient Si-based LED, working at room temperature and at wavelengths useful for telecommunications. Moreover some novel materials, based on the rare earths, are proposed as ideal candidates for the realization of optical planar amplifiers.File | Dimensione | Formato | |
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Paolo Cardile - Nanoscience XXIV.pdf
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