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Soliton Pulse Long-Range Interaction In Optical Fibers: The Influence of Light Polarization and Fiber Geometry

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Abstract

Soliton communication lines are promising for high bit rate data transmission on long distances1. Smith and Mollenauer experimentally discovered the effect of soliton pulse long-range interaction2. We have explained the long-range interaction of solitons by electrostrictional excitation of radial acoustic modes of fiber and their subsequent influence on solitons3’4. We have also shown that the excitation of the acoustic waves results in a considerable timing jitter of solitons and can limit the bit rate and distance of data transmission in soliton communication lines5.

© 1992 Optical Society of America

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