I propose an incoherent digital holography (IDH) technique in which four-dimensional (4D,
three-dimensional (3D) coordinates and polarization) information is simultaneously obtained …

Optimization-based phase retrieval method for digital lensless holographic microscopy in
the double-plane recording configuration is proposed. In our method the phase retrieval is …

We review holography techniques related to imaging and sensing. Holography has been
actively researched as three-dimensional (3D) imaging and 3D display techniques. Because …

Coded aperture imaging (CAI) is a well-established computational imaging technique
consisting of two steps, namely the optical recording of an object using a coded mask …

Numerical Fresnel diffraction is broadly used in optics and holography in particular. So far, it
has been implemented using convolutional approaches, spatial convolutions, or the fast …

To perform holographic three-dimensional (3D) imaging and quantitative phase imaging
with daily-use light, I developed a self-reference digital holography unit that is adaptable to …

Achieving high-contrast, label-free imaging with minimal impact on live cell culture behavior
remains a primary challenge in quantitative phase imaging (QPI). By enabling imaging …

I propose a phase-shifting self-reference digital holography technique in which both three-
dimensional (3D) and polarization information is simultaneously obtained without any …

Optical diffraction tomography (ODT) is an important technique for three-dimensional (3D)
imaging of semi-transparent biological samples, enabling volumetric visualization of living …

Lensless holographic microscopy has emerged as a powerful and cost-effective tool for
computational imaging, offering high resolution over a large field of view, beneficial for …