Digital holographic microscopy (DHM) suffers from a limited refocus depth range due to the
employed microscope objective. The relationship between the refocus depth range of the …

In order to achieve high resolution quantitative imaging in digital holographic microscopy
(DHM) typically microscope lenses with a high numerical aperture are applied. This results …

A recurrent problem in microscopy is the finite depth-of-focus linked to the NA of microscope
objectives. Digital holographic microscopy (DHM) has the unique feature of being able to …

An aperture synthesis approach of digital holography for microscopy imaging at long
working distance is proposed. Firstly, for an oblique object, a series of Fresnel off-axis …

The lateral resolution in digital holographic microscopy (DHM) has been widely studied in
terms of both recording and reconstruction parameters. Although it is understood that once …

Sequential speckle illumination has been incorporated into digital holographic microscopy
(DHM) for autofocusing and resolution enhancement. For autofocusing, the image plane is …

When structured illumination is used in digital holographic microscopy (DHM), each
direction of the illumination fringe is required to be shifted at least three times to perform the …

A confocal setup configuration is herein introduced to experimentally compensate for the
defocus aberration due to the micro-objective lens in off-axis digital holographic microscopy …

Digital holographic microscopy (DHM) has its intrinsic ability to refocusing a sample by
numerically propagating an object wave from its hologram plane to its image plane. In this …

In this Chapter, we discuss the latest advances in digital holography (DH) and digital
holographic microscopy (DHM). Specifically, we study the different setup configurations such …