Cavity solitons (CS) are controllable localized light peaks on a low-intensity, homogeneous (or quasi-homogeneous) background and offer a variety of applications from optical memories to all-optical delay lines. A semiconductor laser (VCSEL) with an intracavity saturable absorber realizes a cavity soliton laser, where the CS sit over a zero-intensity background, and may behave as independent microlasers.
Pulsing and excitable solitons in a semiconductor laser with saturable absorber
TISSONI, GIOVANNA LIA;PRATI, FRANCO;
2011-01-01
Abstract
Cavity solitons (CS) are controllable localized light peaks on a low-intensity, homogeneous (or quasi-homogeneous) background and offer a variety of applications from optical memories to all-optical delay lines. A semiconductor laser (VCSEL) with an intracavity saturable absorber realizes a cavity soliton laser, where the CS sit over a zero-intensity background, and may behave as independent microlasers.
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