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Optical Solitons
book

Optical Solitons

by Yuri S. Kivshar, Govind Agrawal
June 2003
Intermediate to advanced content levelIntermediate to advanced
540 pages
29h 55m
English
Academic Press
Content preview from Optical Solitons
460
CHAPTER 13. INCOHERENTSOLITONS
Figure 13.2: Experimental setup used for observing self-trapping of incoherent light, resulting
in the formation of a spatial incoherent soliton. (After Ref. [9]; (~) 1996 APS.)
13.3.3 Experimental Results
The first observation of the self-trapping of a spatially incoherent optical beam used
the slow-responding nonlinearity associated with photorefractive crystals [9]. Under
appropriate conditions, a CW beam propagated as a bright soliton of 30-~m width,
in spite of its partially coherent nature. Since the correlation length across the beam
intensity profile was much shorter than the beam
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Publisher Resources

ISBN: 9780124105904