… diffraction imaging The combination of X-ray diffraction, oversampling and phase retrieval
… Multiple structured illuminations A very popular approach to increasing the number of …

… The reported imaging modality can be employed in light, coherent X-ray, and transmission …
imaging [13]. Different from previous structured illumination demonstrations, this strategy uses …

… This image reconstruction process is often called phase retrieval (PR) because the process
recovers phase information of the diffraction wavefield lost in the diffraction data. Various …

… image formation physics and a novel Fourier loss function, providing phase reconstructions
when conventional phase retrieval … -resolved X-ray imaging experiments using single pulses …

… It illuminates a target using coherent plane waves, and records the intensity of the far-field …
the diffracted light field and applying phase retrieval, both the target’s amplitude and phase …

… In the X-ray band, quantitative phase imaging is also useful … DNN-based computational
architecture for phase retrieval with … , required structured illumination. In the context of learning-…

… such is more efficient for phase recovery than conventional phase contrast imaging. We further
show … Ptychography has been most widely used in light and X-ray optics 23,24,25 as the …

… multiple holograms with phase shifting, as shown in Fig. 3c. The second method is phase
retrieval based on non-interferometric detection. The measurements under different optical …

… However, there are situations (eg X-ray imaging, imaging through turbulent atmosphere)
where setting up an interferometer is not always practical. Therefore, non-interferometric …

… application to experimental x-ray ptychographic data. … retrieve accurate amplitude and
phase images from the diffraction data. However, if we attempt to perform iterative phase retrieval …