行走矢量孤子的囚禁与释放
Walking vector soliton caging and releasing
摘要：
研究了在各向异性诱导的寻常和非寻常偏振场走离作用下，光晶格中矢量孤子的形成和传播。稳定的矢量孤子捕获的晶格形式的阈值功率以上，而减少的晶格深度低于一个临界值的结果在笼孤子的突然释放，然后跨越晶格移动，并可能被捕获在一个所需的晶格通道。
英文摘要：
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.
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