Spatial solitons, beams that do not spread owing to diffraction when they propagate, have
been demonstrated to exist by virtue of a variety of nonlinear self-trapping mechanisms …

We investigate the existence and stability of three-dimensional spatiotemporal solitons in
self-focusing cubic Kerr-type optical media with an imprinted two-dimensional harmonic …

Optical gap solitons refer to nonlinear waves propagating in optical fibers whose linear
refractive index has a periodic variation. Stationary gap solitons came to light first in 1987 …

We report the first experimental observation of two-dimensional surface solitons at the
boundaries (edges or corners) of a finite optically induced photonic lattice. Both in-phase …

We address the existence and stability of two-dimensional solitons in optical or matter-wave
media, which are supported by purely nonlinear lattices in the form of a periodic array of …

We report on the first experimental observation of discrete vortex solitons in two-dimensional
optically induced photonic lattices. We demonstrate strong stabilization of an optical vortex …

It is almost common knowledge now that particles also possess properties of waves. But,
can localized wave-packets behave and interact like particles? This article is dedicated to …

Light filaments or optical spatial solitons are self-confined (non-spreading) beams that
originate from the balance between diffraction and self-focusing in nonlinear optical media …

Experimental observation of spatial soliton interactions clickable element to expand a topic
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Solitons are self-localized wave packets arising from a robust balance between dispersion
and nonlinearity. They are a universal phenomenon, exhibiting properties typically …