Achieving microscopy with large space-bandwidth products plays a key role in diagnostic
imaging and is widely significant in the overall field of clinical practice. Among quantitative …

We present deep-ultraviolet Fourier ptychography (DUV-FP) for high-resolution chemical
imaging of biological specimens in their native state without exogenous stains. This …

Synthetic aperture radar (SAR) utilizes an aircraft-carried antenna to emit electromagnetic
pulses and detect the returning echoes. As the aircraft travels across a designated area, it …

Fourier ptychographic microscopy (FPM) breaks through the resolution limitations of
conventional optical systems, which offer a full‐field view and high resolution without …

Color-multiplexed differential phase contrast (cDPC) imaging relies on deconvolving phase
gradient images with phase transfer function (PTF) to extract quantitative phase information …

The phase optical transfer function (POTF) is a critical aspect of image formation theory for
high-resolution phase imaging such as spatial light interference microscopy. However …

We here propose a multi-plane based iterative solution in intensity diffraction tomographic
microscopy (MPIS-IDTM) to solve the problem of inverse scattering without making any …

Coded ptychography has emerged as a powerful technique for high-throughput, high-
resolution lensless imaging. However, the trade-off between acquisition speed and image …

We propose a differential phase contrast microscopy that enables single‐shot phase
imaging for unstained biological samples. The proposed approach employs a ring‐shaped …

Iterative phase retrieval is a computational imaging technique to recover the lost phase
information from intensity-only images for lensless diffraction imaging. However, the …