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Optical imaging is a major tool in the basic sciences, and provides both morphological and molecular-specific imaging capabilities. Unfortunately, optical scattering is a major obstacle for high-resolution imaging because scattering scrambles object-specific information. I present some of our recent developments that utilize concepts from computational phase-retrieval and physics-based iterative solvers to image through scattering samples. The two main application spaces we target is 1) using optical-scattering to enable large space-bandwidth imaging, and 2) computationally decoding 3D tissue scattering.
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