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Epitaxial liftoff microcavities for 1.55-μm quantum-well spatial light modulators

Microcavities operating at 1.55 μm have been realized according to the epitaxial liftoff (ELO) technique. The process is described and characterized. No significant variation of the optical properties of the grafted devices has been found. The technique is then applied to a spatial light modulator m...

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Published in:	IEEE photonics technology letters 1999-01, Vol.11 (1), p.57-59, Article 57
Main Authors:	De Matos, C., L'Haridon, H., Le Corre, A., Lever, R., Keromnes, J.C., Ropars, G., Vaudry, C., Lambert, B., Pugnet, M.
Format:	Article
Language:	English
Subjects:	Asymmetry Bonding Devices Diffraction efficiency Epitaxy Gallium arsenide High speed optical techniques Liftoff Microcavities Mirrors Optical mixing Optical modulation Quantum well devices Quantum wells Spatial light modulators Substrates
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creator	De Matos, C. L'Haridon, H. Le Corre, A. Lever, R. Keromnes, J.C. Ropars, G. Vaudry, C. Lambert, B. Pugnet, M.
description	Microcavities operating at 1.55 μm have been realized according to the epitaxial liftoff (ELO) technique. The process is described and characterized. No significant variation of the optical properties of the grafted devices has been found. The technique is then applied to a spatial light modulator made by inserting a 3-μm multiple-quantum-well device in a short asymmetric Fabry-Perot microcavity. An enhancement by a factor 1000 of the performances of the switching component is obtained. The input diffraction efficiency reaches 2% in a degenerated four wave mixing configuration with a pulse energy of 1 μJ/cm 2 and without any applied electric field.
doi_str_mv	10.1109/68.736389
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source	IEEE Xplore (Online service)
subjects	Asymmetry Bonding Devices Diffraction efficiency Epitaxy Gallium arsenide High speed optical techniques Liftoff Microcavities Mirrors Optical mixing Optical modulation Quantum well devices Quantum wells Spatial light modulators Substrates
title	Epitaxial liftoff microcavities for 1.55-μm quantum-well spatial light modulators
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