… We discuss the relevance of such solitons to other nonlinear periodic systems in which
fluctuating waves propagate, such as atomic systems, plasmas and molecular chains. …

… random phase solitons (RPS) in nonlinear periodic lattices. These solitons are found in media
where the nonlinear … have presented random phase solitons in nonlinear periodic lattices. …

… on lattice solitons, we put forward a constraint that the defect in the lattice (induced by the
beam via the nonlinearity) is a few times smaller than the lattice depth, ie, that the nonlinearity …

… Later on, random-phase gap-lattice solitons, arising from the … 1)D] nonlinear waveguide
arrays, under nonlinear self-defocusing … light beams in nonlinear photonic lattices stems from two …

… (random-phase) waves in nonlinear periodic lattices. The … interplay between the nonlinearity,
the lattice properties, and … of random-phase solitons in nonlinear periodic lattices. An RPLS …

… percolation of spatial solitons in optical lattices with random phase or amplitude fluctuations.
… -induced transition between soliton insulator and soliton conductor lattice states. Such …

… of gap solitons in Bose-Einstein condensates on optical lattices is connecting recent
experimental emphasis with current theoretical research in the field of nonlinear localized excitations…

… modes, and discrete solitons [33] which are time-periodic but spatially localized exact … in
the lattice, such that within V there is a constant initial norm density of n and a random phase at …

… lattices also gives rise to dipole solitons, vortex solitons, necklace ring solitons, random-phase
solitons … Soliton trapping and steering in a periodic medium has also been explored using …

… This method relies on excitation of different Bloch modes with random-phase input beams
and far-field visualization of the emerging spatial spectrum. This technique facilitates mapping …