标题： 行走矢量孤子捕获与释放 显示英文标题

标题： Walking vector soliton caging and releasing

摘要： 我们研究在各向异性引起的寻常光和非常光场分量之间的走离效应存在的情况下，矢量孤子在光学晶格中的形成和传播。 在阈值功率以上，由晶格捕获的稳定矢量孤子形成，而将晶格深度降低到临界值以下会导致被禁闭的孤子突然释放，然后在晶格中移动，并可能被捕获在所需的晶格通道中。 显示英文摘要

摘要： We address the formation and propagation of vector solitons in optical lattices in the presence of anisotropy-induced walk-off between ordinary and extraordinary polarized field components. Stable vector solitons trapped by the lattice form above a threshold power, while decreasing the lattice depth below a critical value results in the abrupt release of the caged solitons, that then move across the lattice and may get trapped in a desired lattice channel.