For an optical technology to be feasible as a substitution of electronics one for neuromorphic
applications, it is required the waveguides in which are capable of confining and directing …

Photoinduced channel waveguides are created in the bulk of biased electro-optic Sr 0.61 Ba
0.39 Nb 2 O 6 crystals by a proper combination of crossed lateral illumination waves. The …

Featured Application Fully addressable complex 3D photonic circuits based on solitonic
waveguides using straight and curved trajectories. Abstract A great deal of interest over the …

We show that soliton waveguides written in the volume of lithium niobate crystals with low
power continuous wave lasers in green–blue spectral domain have low dispersion in …

We analyse the feasibility of using iron-do** in lithium niobate in order to stabilize and
permanently fix light-induced integrated structures. General 3D optical interconnections …

In this paper, we numerically investigate the formation and propagation characteristics of
waveguides written by luminescence-induced spatial solitons (LISSs). Such waveguides …

An extensive characterization of the photorefractive bright soliton writing process in a lithium
niobate crystal is presented. An interferometric approach based on a digital holographic …

The temporal properties of one-dimensional bright spatial solitons in biased
centrosymmetric photorefractive crystals are investigated theoretically by using numerical …