Optical imaging through complex, inhomogeneous media is a long-standing challenge due to the presence of scattered light, which causes a degradation of resolution. Thanks to the discovery of the optical memory effect (OME), a variety of novel and breakthrough approaches have been proposed to find the hidden information behind the scattering media. However, those ME-based methods usually suffer from a limited field-of-view (FOV). An object of size beyond the ME region cannot be reconstructed completely and will produce artifacts. Here, we propose a non-invasive method that exploits a moving object behind the scattering media to extend the FOV
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