X-ray ptychographic microscopy combines the advantages of raster scanning X-ray
microscopy with the more recently developed techniques of coherent diffraction imaging. It is …

Ptychography is an enabling microscopy technique for both fundamental and applied
sciences. In the past decade, it has become an indispensable imaging tool in most X-ray …

We show for the first time that ptychography (a form of lensless diffractive imaging) can
recover the spectral response of an object through simultaneous reconstruction of multiple …

Radiographic imaging and tomography (RadIT), which started with Röntgen's seminal X-ray
work in 1895, now includes an increasing number of IT modalities. In addition to the original …

Ptychography is a computational imaging technique. A detector records an extensive data
set consisting of many inference patterns obtained as an object is displaced to various …

We demonstrate the first (to our knowledge) general purpose full-field reflection-mode
extreme ultraviolet (EUV) microscope based on coherent diffractive imaging. This …

X‐ray microscopy can provide unique chemical, electronic, and structural insights into
perovskite materials and devices leveraging bright, tunable synchrotron X‐ray sources. Over …

This review discusses recent progress in the development of hard X-ray microscopy
techniques for materials characterization at the nanoscale. Although the utility of traditionally …

We report multimodal scanning hard x-ray imaging with spatial resolution approaching 10
nm and its application to contemporary studies in the field of material science. The high …

Understanding the behavior of defects in the complex oxides is key to controlling myriad
ionic and electronic properties in these multifunctional materials. The observation of defect …