We introduce a new method according to the reflection matrix algorithm to restore the image of the scattering medium with a spatial resolution of 1.99μm. Our principle is based on the low coherence interferometer. First, the interference fringe patterns formed on the beam splitter can be captured by CCD sensor. Then, the SVD method applied on reflection matrix can separate single scattered photons. Thus, the reconstructed pattern is obtained. The proposed image reconstruction method is expected to have a prominent impact on deep-tissue imaging and the study of the physics of the interaction of light with complex media.
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