A linearly polarized optical field can be obtained by filtering a stochastic field through an ideal linear polarizer. The produced field possesses a given degree of paraxiality that, as proved in the present Letter, can be affected by the correlations of the original stochastic field. An example with Gaussian beams is discussed in detail.Imaging Science and TechnologyApplied Science
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
We investigate the dynamics of the instantaneous polarization state of stationary, partially polariz...
In a previous publication [J. Opt. Soc. Am. A 21, 988 (2004)], we examined theoretically joint proba...
We extend the concept of the degree of paraxiality, introduced recently for monochromatic fields, to...
A formula is derived for the correlation between intensity fluctuations at two points in the cross-s...
A formula is derived for the correlation between intensity fluctuations at two points in the cross-s...
The classic theoretical techniques of polarization optics are the Jones calculus and the Stokes-Muel...
The classic theoretical techniques of polarization optics are the Jones calculus and the Stokes-Muel...
The analysis presented in this paper resolves an outstanding controversial issue of statistical opti...
The analysis presented in this paper resolves an outstanding controversial issue of statistical opti...
The theory developed in part I of this investigation 1 is applied to determine the changes in the sp...
The theory developed in part I of this investigation [ 1] is applied to determine the changes in the...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
Beginning with a recently formulated unified theory of coherence and polarization for random electro...
It is shown that the knowledge of the degree of coherence and of polarization is not adequate to det...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
We investigate the dynamics of the instantaneous polarization state of stationary, partially polariz...
In a previous publication [J. Opt. Soc. Am. A 21, 988 (2004)], we examined theoretically joint proba...
We extend the concept of the degree of paraxiality, introduced recently for monochromatic fields, to...
A formula is derived for the correlation between intensity fluctuations at two points in the cross-s...
A formula is derived for the correlation between intensity fluctuations at two points in the cross-s...
The classic theoretical techniques of polarization optics are the Jones calculus and the Stokes-Muel...
The classic theoretical techniques of polarization optics are the Jones calculus and the Stokes-Muel...
The analysis presented in this paper resolves an outstanding controversial issue of statistical opti...
The analysis presented in this paper resolves an outstanding controversial issue of statistical opti...
The theory developed in part I of this investigation 1 is applied to determine the changes in the sp...
The theory developed in part I of this investigation [ 1] is applied to determine the changes in the...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
Beginning with a recently formulated unified theory of coherence and polarization for random electro...
It is shown that the knowledge of the degree of coherence and of polarization is not adequate to det...
An expression is derived for the correlation between intensity fluctuations at pairs of points in a ...
We investigate the dynamics of the instantaneous polarization state of stationary, partially polariz...
In a previous publication [J. Opt. Soc. Am. A 21, 988 (2004)], we examined theoretically joint proba...