Optical coherence is a fundamental characteristic of light that plays a significant role in
understanding interference, propagation, light–matter interaction, and other fundamental …

Partially coherent beams with a prescribed phase, state of polarization, and degree of
coherence display many extraordinary propagation properties and are preferred in many …

We study the propagation properties of a recently introduced class of structured beams,
radially polarized Hermite non-uniformly correlated (RPHNUC) beams, in a turbulent …

We advance a protocol to measure the complex spatial degree of coherence of a partially
coherent light field obeying Gaussian statistics through a generalized Hanbury Brown–Twiss …

We study the propagation properties (intensity, degree of coherence and scintillation) of a
new class of beams in a turbulent atmosphere, which are called Hermite non-uniformly …

In this section, we derive the cross-spectral density (CSD) function of a cosine-Gaussian
correlated Schell-model (CGCSM) beam with a cross phase (CP), propagating in a paraxial …

We introduce a new class of non-uniformly correlated beams that are called rectangular
Hermite non-uniformly correlated (RHNUC) beams, which possess rectangular symmetry in …

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 introduce a class of self-steering partially coherent vector optical beams with the aid of a
generalized complex Gaussian representation. We show that such partially coherent vector …

In this paper, we introduce a new class of twisted partially coherent beams with a prescribed
correlation function, twisted Laguerre-Gaussian Schell-model (TLGSM) beams, whose twist …