AI 中文总结
研究利用光学记忆效应，通过适当移动和缩放校正波前扩展等晕区，实现透过散射层的三维扫描显微镜成像，横向和轴向扫描范围增加，无需额外测量，且结果与模型相符并能提取散射层位置。
AI 中文摘要
波前整形使光能够透过散射物体聚焦。然而，所发现的波前校正仅在称为等晕区的小区域有效。本文提出一种简单方法，通过适当移动和缩放校正后的波前扩展等晕区，经散射层横向扫描范围增加8.6倍，轴向范围增加1.5倍，无需额外波前整形测量。结果与几何模型相符，还能从测量中提取散射层有效位置。
英文摘要
Wavefront shaping allows light to be focused through scattering objects. However, the wavefront correction found is only valid in a small region called the isoplanatic patch. Here we present a simple approach to extend this isoplanatic patch by shifting and scaling the corrected wavefront appropriately, demonstrating an 8.6-fold increase in the lateral scanning range and a 1.5-fold increase in the axial range through a scattering layer without the need to perform additional wavefront shaping measurements. Our findings agree well with a simple geometrical model that also allows us to extract the effective position of the scattering layer from the measurements.
