Vortex beams with helical phase, carrying phase singularity and orbital angular momentum,
have attract great attention in the past decades due to their wide applications in optical …

Ever since vortex beams were proposed, they are known for owning phase singularity and
carrying orbital angular momentum (OAM). In the past decades, coherent optics developed …

We present and experimentally demonstrate a new, to the best of our knowledge, technique
to quantitatively measure coherence–polarization (BCP) matrix with correlations of only two …

Unconventional systems that adopt the concept of ghost schemes have led to advancements
in some imaging applications. However, their application in quantitative phase imaging …

We propose and experimentally demonstrate a noninterferometric method to quantitatively
determine the topological charge and complete phase structure of a vortex beam scrambled …

Of late, generation of different kinds of optical vortex lattices has been gaining much
attention due to various applications. Several methods have been reported for the …

We propose a protocol for generating high-quality, partially coherent (quasi-) Bessel beam
arrays with controllable beam order and spatial distributions. Our protocol involves, apart …

We report a phase shifting holography for coherence waves in the Hanbury Brown and
Twiss approach. This technique relies on the wave nature and interference of the coherence …

A simple method for designing spatiotemporal coherency vortices (STCVs) and
spatiotemporal dislocation curves (STDCs) is introduced by means of coherent-mode …

A novel method to achieve the coherence control of spatiotemporal coherency vortices of
spatially and temporally partially coherent pulsed vortex (STPCPV) beams is proposed. The …