Soliton Theory: Spatial & Temporal Overview

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Spatial solitons occur when nonlinear effects counteract diffraction, allowing the electromagnetic field to alter the medium's refractive index and maintain a stable structure during propagation. This creates a scenario akin to graded-index fiber, where the soliton remains confined and retains its shape. Temporal solitons, on the other hand, involve sending spatially confined pulses that maintain their shape due to nonlinear effects balancing dispersion. These temporal solitons were the first to be discovered and are commonly referred to simply as "solitons" in the field of optics. Understanding both types is crucial for advancements in optical communication and related technologies.
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In the case of soliton theory, what is meant by spatial and temporal solitons?
Thanks in well advance...
 
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spatial solitons: the nonlinear effect can balance the diffraction. The electromagnetic field can change the refractive index of the medium while propagating, thus creating a structure similar to a graded-index fiber. If the field is also a propagating mode of the guide it has created, then it will remain confined and it will propagate without changing its shape
temporal solitons: if the electromagnetic field is already spatially confined, it is possible to send pulses that will not change their shape because the nonlinear effects will balance the dispersion. Those solitons were discovered first and they are often simply referred as "solitons" in optics.

Reference : wikipedia
 

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