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On the other hand, to generate incoherent solitons, one must use a spatially incoherent source. The only way to generate incoherent solitons from laser light is to use a fast randomizing element (e.g., a rotating diffuser 1 10) that “scrambles” the modal phases and amplitudes
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The rapid progress in two related topics, incoherent solitons and multimode (vector) solitons, during the last two years, has led to several misconceptions regarding these two fundamentally different types of solitons. For incoherent solitons, there is no quantity that is constant with time apart from the sum of the time averages of the model intensities. For multimode solitons (as for any vector solitons), the modal intensities are constant with time. This is why multimode solitons can be constructed (engineered) from a superposition of laser beams, each fully spatially coherent but mutually incoherent with respect to each other, as was done by M. Mitchell, M. Segev, and D. N. Christodoulides, Phys. Rev. Lett. 80, 4657 (1998).On the other hand, to generate incoherent solitons, one must use a spatially incoherent source. The only way to generate incoherent solitons from laser light is to use a fast randomizing element (e.g., a rotating diffuser 110) that “scrambles” the modal phases and amplitudes.
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this paper, “incoherent” temporal solitons in multimode fibers have been suggested. These occur when several transverse modes excited by a coherent light pulse lock together and propagate at the same velocity. Strictly speaking, these are not incoherent solitons since they are not excited by an incoherent source where the relative phase among modes is totally random
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A. Hasegawa, Opt. Lett. 5, 416 (1980). In this paper, “incoherent” temporal solitons in multimode fibers have been suggested. These occur when several transverse modes excited by a coherent light pulse lock together and propagate at the same velocity. Strictly speaking, these are not incoherent solitons since they are not excited by an incoherent source where the relative phase among modes is totally random.
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