Artículos de revistas
Optically pumped generation of multi-pulse three-wave coupled states in a two-mode waveguide with a square-law nonlinearity and digital modulation of light
Optically pumped generation of multi-pulse three-wave coupled states in a two-mode waveguide with a square-law nonlinearity and digital modulation of light
Autor
Aguirre López, A.
Shcherbakov, A. S.
Institución
Resumen
Se estudió el proceso para obtener tres estados débilmente ligados por bombeo óptico pulsado en una guía de ondas no lineal de variación cuadrática doble dentro del régimen colineal de propagación de ondas interactuantes. El modelo analítico para este proceso con números de onda en ligera discordancia predice este fenómeno. En base a lo anterior se discute la modulación digital de la luz debida a que, potencialmente, los tres estados acoplados bajo estudio pueden ser codificados en forma binaria. Se realizó el análisis experimental del fenómeno anterior a través del estudio de la interacción acustóptica colineal en una guía de ondas de niobato del litio y se observó un comportamiento cuadrático. We study the process of sculpturing three-wave weakly coupled states under the action of the pulsed optical pump in a two-mode square-law nonlinear waveguide within the collinear regime of propagating the interacting waves. The analytical model for this process with slightly mismatched wave numbers predicts the sculpturing of multi-pulse optical components inherent in three-wave coupled states. Reasoning from the developed approach, we discuss an opportunity for the digital modulation of light, because those potentially three-wave coupled states under consideration can be binary encoded. The performed analysis of sculpturing multi-pulse coupled states in a non-stationary regime was experimentally examined during our studies of collinear acousto-optical interaction in a two-mode lithium niobate waveguiding structure exhibiting a square-law nonlinearity.