Simple conditions on the magnitude and phase of the complex degree of coherence of
stationary, scalar, one-dimensional (1D) Schell-like sources are derived for the design of …

We introduce a new class of Schell-model temporal sources that admit a closed-form
analytical decomposition in terms of coherent pseudo-modes. We explore the source mode …

We study the laser arrays which are constructed by partially coherent beams with multi-
Gaussian correlation function, ie, circular, rectangular and elliptical multi-Gaussian Schell …

It is shown that fine phase structuring of the temporal degree of coherence of a non-
stationary pulse source leads to breaking its average arrival time symmetry on propagation …

In this paper, the propagation of Temporal Coherence Grating (TCG) pulse trains in a
dispersive medium with a chirp is investigated for the first time. The two-time mutual …

Correlation singularities of partially coherent beams with multi-Gaussian correlation function
(ie, multi-Gaussian Schell-model beams) are studied. It is shown that there exist correlation …

A new class of pulse source with correlation being modeled by the convolution operation of
two legitimate temporal correlation function is proposed. Particularly, analytical formulas for …

According to first-order Born approximation, the scattering of a partially coherent pulse with
cosine-Gaussian correlation by a medium was studied. On the basis of analytic expression …

There has been a growing demand in the Department of Defense (DoD) in developing
optical systems capable of operating over long distances (path lengths up to and over 100 …