A detailed analysis, both experimental and theoretical, of light–matter interaction in dielectrically coupled semiconductor microcavities is presented. More specifically, we have designed and realized all a-SiN:H coupled planar microcavities, whose optical investigation via transmission/reflection as well as photoluminescence experiments reveals a clear fingerprint of cavity–cavity coupling effects. The latter have been quantitatively modelled via fully three-dimensional calculations based on a scattering-state approach including energy-dependent refractive indices and absorption coefficients.

Silicon-based microcavities: theory and experiment / Ballarini, Valeria; Ricciardi, Carlo; Giorgis, Fabrizio; Iotti, Rita Claudia; Rossi, Fausto. - In: SEMICONDUCTOR SCIENCE AND TECHNOLOGY. - ISSN 0268-1242. - STAMPA. - 19:4(2004), pp. S489-S491. [10.1088/0268-1242/19/4/161]

Silicon-based microcavities: theory and experiment

BALLARINI, VALERIA;RICCIARDI, Carlo;GIORGIS, FABRIZIO;IOTTI, Rita Claudia;ROSSI, FAUSTO
2004

Abstract

A detailed analysis, both experimental and theoretical, of light–matter interaction in dielectrically coupled semiconductor microcavities is presented. More specifically, we have designed and realized all a-SiN:H coupled planar microcavities, whose optical investigation via transmission/reflection as well as photoluminescence experiments reveals a clear fingerprint of cavity–cavity coupling effects. The latter have been quantitatively modelled via fully three-dimensional calculations based on a scattering-state approach including energy-dependent refractive indices and absorption coefficients.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/1646666
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