Randomized trial demonstrates super-resolution imaging in moving targets, implying advancements in optical technologies.
Motion-Driven Spectrum Expansion The cover image shows how, as a target moves, successive intensity frames add new angular views. The expanding spectral rings and increasingly sharp aircraft show how inverse synthetic aperture macroscopic Fourier ptychography converts motion trajectories into high-frequency information for non-interferometric super-resolution. See Research Article e02758 by Bowen Wang, Chao Zuo and co-workers for more details.
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Li et al. (2026) studied this question.
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