International audienceWe observed tunable bi-directional emission of spatial solitons at a quadratically nonlinear interface in periodically poled lithium niobate planar waveguides. The interface consists of the boundary between two quasi-phase-matched regions with a different poling period. We show the intensity and phase-mismatch (temperature or wavelength) dependence of the phenomena
The behaviour of light at the interface between different materials underpins the entire field of Op...
Discrete optical systems can be realized as arrays of parallel, weakly coupled, channel waveguides w...
The interaction between two one-dimensional quadratic solitons were studied in a 49-mm-long, titaniu...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We numerically investigate a novel type of quadratic spatial solitons in the system of surface and b...
We numerically investigate a novel type of quadratic spatial solitons in the system of surface and b...
The advantage for quadratic soliton generation of engineering the quasi-phase-matching period near t...
The advantage for quadratic soliton generation of engineering the quasi-phase-matching period near t...
Experiments are reviewed on quadratic solution generation, and soliton interactions between each oth...
Experiments are reviewed on quadratic solution generation, and soliton interactions between each oth...
The behaviour of light at the interface between different materials underpins the entire field of Op...
Discrete optical systems can be realized as arrays of parallel, weakly coupled, channel waveguides w...
The interaction between two one-dimensional quadratic solitons were studied in a 49-mm-long, titaniu...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We report on the observation of spatial optical simultons in a novel geometry consisting of two part...
We numerically investigate a novel type of quadratic spatial solitons in the system of surface and b...
We numerically investigate a novel type of quadratic spatial solitons in the system of surface and b...
The advantage for quadratic soliton generation of engineering the quasi-phase-matching period near t...
The advantage for quadratic soliton generation of engineering the quasi-phase-matching period near t...
Experiments are reviewed on quadratic solution generation, and soliton interactions between each oth...
Experiments are reviewed on quadratic solution generation, and soliton interactions between each oth...
The behaviour of light at the interface between different materials underpins the entire field of Op...
Discrete optical systems can be realized as arrays of parallel, weakly coupled, channel waveguides w...
The interaction between two one-dimensional quadratic solitons were studied in a 49-mm-long, titaniu...