A formula is derived for the correlation between intensity fluctuations at two points in the cross-section of a wide class of stochastic electromagnetic beams of any state of coherence and polarization. The formula is of particular interest in connection with the Hanbury Brown-Twiss effect. The analysis leads to the introduction of a generalization of the degree of polarization which, unlike the usual degree of polarization, depends on position of two field points and reduces to the usual degree of polarization when the two points coincide. (c) 2006 Elsevier B.V. All rights reserved
Two stationary, partially polarized electromagnetic beams with equal degrees of polarization may exh...
The classic theoretical techniques of polarization optics are the Jones calculus and the Stokes-Muel...
We introduce the concept of statistical similarity between two statistically stationary random proce...
A formula is derived for the correlation between intensity fluctuations at two points in the cross-s...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
It is shown that the knowledge of the degree of coherence and of polarization is not adequate to det...
We study the correlation of intensity fluctuations in random electromagnetic beams, the Hanbury Brow...
We study the correlation of intensity fluctuations in random electromagnetic beams, the so-called Ha...
We derive expressions that allow us to examine the influence of different source parameters on the c...
The classic experiments by Hanbury Brown and Twiss (HBT) were concerned with the correlation of inte...
The classic experiments by Hanbury Brown and Twiss (HBT) were concerned with the correlation of inte...
We discuss fourth-order correlation properties of wide-sense statistically stationary, quasi-monochr...
We derive expressions for the far-zone correlation of intensity fluctuations (the Hanbury Brown-Twis...
We discuss fourth-order correlation properties of wide-sense statistically stationary, quasi-monochr...
Two stationary, partially polarized electromagnetic beams with equal degrees of polarization may exh...
The classic theoretical techniques of polarization optics are the Jones calculus and the Stokes-Muel...
We introduce the concept of statistical similarity between two statistically stationary random proce...
A formula is derived for the correlation between intensity fluctuations at two points in the cross-s...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
It is shown that the knowledge of the degree of coherence and of polarization is not adequate to det...
We study the correlation of intensity fluctuations in random electromagnetic beams, the Hanbury Brow...
We study the correlation of intensity fluctuations in random electromagnetic beams, the so-called Ha...
We derive expressions that allow us to examine the influence of different source parameters on the c...
The classic experiments by Hanbury Brown and Twiss (HBT) were concerned with the correlation of inte...
The classic experiments by Hanbury Brown and Twiss (HBT) were concerned with the correlation of inte...
We discuss fourth-order correlation properties of wide-sense statistically stationary, quasi-monochr...
We derive expressions for the far-zone correlation of intensity fluctuations (the Hanbury Brown-Twis...
We discuss fourth-order correlation properties of wide-sense statistically stationary, quasi-monochr...
Two stationary, partially polarized electromagnetic beams with equal degrees of polarization may exh...
The classic theoretical techniques of polarization optics are the Jones calculus and the Stokes-Muel...
We introduce the concept of statistical similarity between two statistically stationary random proce...