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Memory-effect based deconvolution microscopy for super-resolution imaging through scattering media
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DOI：10.1038/srep33558.png)
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Abstract
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High-resolution imaging through turbid media is a fundamental challenge of optical sciences that has attracted a lot of attention in recent years for its wide range of potential applications. Here, we demonstrate that the resolution of imaging systems looking behind a highly scattering medium can be improved below the diffraction-limit. To achieve this, we demonstrate a novel microscopy technique enabled by the optical memory effect that uses a deconvolution image processing and thus it does not require iterative focusing, scanning or phase retrieval procedures. We show that this newly established ability of direct imaging through turbid media provides fundamental and practical advantages such as three-dimensional refocusing and unambiguous object reconstruction.
Keywords:
OPTICAL-PHASE CONJUGATION
TURBIDITY SUPPRESSION
LIGHT
TIME
TRANSMISSION
CORNERS
TISSUE
LAYERS
WAVES
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