Digital holography possesses the advantages of wide-field, non-contact, precise, and
dynamic measurements for the complex amplitude of object waves. Today, digital …

We propose a digital micromirror device (DMD) holographic display, where speckleless
holograms can be observed in the expanded viewing zone. Structured illumination (SI) is …

The spatial resolution and field of view (FOV) of the digital holographic system are limited by
the finite pixel size of the image sensor. In order to record high-resolution digital holograms …

We present a single-shot wavelength-multiplexing technique for off-axis digital holography
based on a spectral filter. Only a spectral filter is inserted between beam splitter and mirror in …

While digital holographic imaging can record both light intensity and phase information, its
photodetector resolution lags behind that of optical dry plates, often resulting in a …

Digital holography (DH) is an important method for three-dimensional (3D) imaging since it
allows for the recording and reconstruction of an object's amplitude and phase information …

High-throughput microscopic imaging is highly desirable in biomedical applications.
Advances in computational microscopy have achieved high space-bandwidth products and …

With the rapid pace of life and social pressure, the number of patients with mental disorders
has increased, and the demand for psychological counseling has increased. The sand table …

A single-shot dual-wavelength lensless digital holography based on a dichroic mirror is
presented to achieve quantitative phase imaging. The lensless digital holography is …

We present an effective method for the topography characterization of large gradient micro-
structure based on digital holographic microscope (DHM). Due to the limitation of numerical …