Coherent optical imaging through opaque layers

E. G. van Putten, D. Akbulut, J. Bertolotti, A. Lagendijk, A. Mosk
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Abstract

Scattering of light is usually seen as a nuisance in microscopy. Scattering limits the penetration depth and strongly deteriorates the achievable resolution. However, by gaining active spatial control over the optical wave front it is possible to manipulate the propagation of scattered light even far in the multiple scattering regime.[1–3] It was recently shown that in this way scattered light can even be exploited for perfect optical focussing.[4] These wave front shaping techniques pave the way for new microscopy methods based on strong light scattering.[5–8]
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通过不透明层的相干光学成像
在显微镜中,光的散射通常被看作是一件麻烦事。散射限制了穿透深度,严重降低了可达到的分辨率。然而,通过获得对光波前的主动空间控制,可以在多重散射状态下操纵散射光的传播。[1-3]最近的研究表明,通过这种方式,散射光甚至可以用于完美的光学聚焦。[4]这些波前整形技术为基于强光散射的新显微镜方法铺平了道路。[5-8]
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