We present an experimental setup useful for complex amplitude evaluation and phase
image quantification of three-dimensional (3-D) samples in digital holographic microscopy …

An experimental setup for optical phase extraction from 2-D interferograms using a one-shot
phase-shifting technique able to achieve four interferograms with 90° phase shifts in …

We present a new approach to obtain superresolved images in digital holography by means
of synthetic aperture generation using common-path interferometry and off-axis illumination …

This paper presents the Phase-Visibility Modulating Interferometry (PVMI) method
automated by a microcontroller and three servomotors, under inhomogeneous out-of-phase …

Phase-shifting digital holography is widely considered to be a groundbreaking method to
quantitatively investigate the phase distribution of specimens, such as living cells. The main …

Recently, a method for measuring phase steps in real-time from a dynamic interferogram
within the range (0, 2 π) has been presented. It was named Dynamic Volume Enclosed by a …

Among several techniques, phase shifting interferometry can be implemented with a grating
used as a beam divider to attain several interference patterns around each diffraction order …

Double-aperture common-path interferometer (DACPI) is built on a 4 f optical imaging
system. It consists of two lenses, two apertures at input plane, and a grating at Fourier plane …

An experimental setup for tomographic inspection of phase objects is presented. The system
uses a common-path interferometer consisting of two windows in the input plane and a …

An experimental setup for phase extraction of 2D phase distributions is presented. The
system uses a common-path interferometer consisting of two windows in the input plane and …