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Self-organized light pixels in semiconductor microresonators for optical information processing

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Abstract

The ever increasing level of integration between light and electronics in information processing devices has recently benefitted from the microscale architecturing of semiconductor-based optical resonators. These have been widely implemented in order to realize light pixels which can in turn be the entity where the light signal is treated in an all-optical manner (amplification, commutation, see e.g. [1]), or interfaced to a micro-electronic circuitry stage for a hybrid processing of the signal (see e.g. [2]).

© 1999 Optical Society of America

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