Quantitative phase imaging of cells provides important morphological information about
them, leading to their characterization, comparison, and identification. The interference …

A stable multimodal system is developed by combining two common-path digital
holographic microscopes (DHMs): coherent and incoherent, for simultaneous recording and …

Digital holographic microscopy is an ideal tool for 3-D cell imaging and characterization. It
provides a host of cell parameters based on cell morphology and its temporal dynamics or …

A simple and cost-effective method is presented for quantitative phase imaging. A common-
path lateral phase shifting interferometer is realized through attaching a compact filter set to …

Digital holographic (DH) microscopy is a promising technique for quantitative phase contrast
imaging. It provides complex amplitude of the object wavefront, which in turn yields the …

Quantitative three-dimensional (3-D) imaging of living cells provides important information
about the cell morphology and its time variation. Off-axis, digital holographic interference …

In this study, we propose to image the nano-sized particles dispersed in the air with the
lateral shearing digital holography technique. Another aim of ours is to determine how long …

Quantitative phase contrast microscopy reveals thickness or height information of a
biological or technical micro-object under investigation. The information obtained from this …

A simple slight-off-axis, single-shot, and two-channel interferometric microscopy is
demonstrated for the quantitative phase imaging of a biological sample, only using a cube …

Determining the shape of an object can prove to be very handy in various sectors such as
manufacturing industries. Out of many optical technologies, interferometric methods are one …