Nanophotonic platforms such as metasurfaces, achieving arbitrary phase profiles within
ultrathin thickness, emerge as miniaturized, ultracompact and kaleidoscopic optical vortex …

This paper presents our method, which simultaneously combines automatic imaging,
identification, and counting with the acquisition of morphological information for at least …

Based on holographic interferometry technique, we develop a quantitative method for on-
site characterization of surface topology and 3D reconstruction. The optical set-up with 2D …

This paper presents our study regarding diffracted intensity distribution in Fresnel and
Fraunhofer approximation from different cell types. Starting from experimental information …

In order to identify the signatures of the white blood cell (WBC) species, the present study
address on discriminating the main WBC representatives based on their fractal properties as …

Here we propose a compact system built around a microchannel aiming to analyze
individual blood cells (BCs), using digital in-line holographic microscopy (DIHM). Under the …

Helical phase distributions used for optical information transfer increase its capacity by
offering a characteristic spatial intensity arrangement for the diffracted beam. Here we …

A numerical study of spatial distortions of a laser beam after propagation through an optical
single-grating chirp pulse amplification (CPA) system was developed. This study is based on …

Non-collinear coherent combining (NCCC) of ultrashort pulses is investigated in the
presence of symmetrical variation of the angle (α) made by the laser beams propagation …

A numerical method is presented to study the laser beam distortions and their influence on
the interference patterning after propagation through an optical chirp pulse amplification …