Add to ORKGA measure for the twist of Gaussian light is expressed in terms of the second-order moments of the Wigner distribution function. The propagation law for these moments through first-order optical systems is used to express the twist in the output plane in terms of moments in the input plane, and vice versa
After the introduction of the Wigner distribution [1] for the description of coherent and partially ...
In 1932 Wigner introduced a distribution function in mechanics that permitted a description of mecha...
This paper shows under what condition the well-known ABCD law — which can be applied to describe the...
A measure for the twist of Gaussian light is expressed in terms of the second-order moments of the W...
A measure for the twist of Gaussian light is expressed in terms of the second-order moments of the W...
The propagation of Gaussian light through first-order optical systems is studied; in particular, the...
The Wigner distribution function of optical signals and systems has been introduced. The concept of ...
It is shown how all global Wigner distribution moments of arbitrary order can be measured as intensi...
Starting from Hermite-Gaussian beams, we generate a general class of rotationally symmetric beams. T...
In 1932, Wigner introduced a distribution function in mechanics that permitted a description of mech...
The paper presents a review of the Wigner distribution function – its definition and its most import...
After the introduction of the Wigner distribution [1] for the description of coherent and partially ...
In 1932 Wigner introduced a distribution function in mechanics that permitted a description of mecha...
This paper shows under what condition the well-known ABCD law — which can be applied to describe the...
A measure for the twist of Gaussian light is expressed in terms of the second-order moments of the W...
A measure for the twist of Gaussian light is expressed in terms of the second-order moments of the W...
The propagation of Gaussian light through first-order optical systems is studied; in particular, the...
The Wigner distribution function of optical signals and systems has been introduced. The concept of ...
It is shown how all global Wigner distribution moments of arbitrary order can be measured as intensi...
Starting from Hermite-Gaussian beams, we generate a general class of rotationally symmetric beams. T...
In 1932, Wigner introduced a distribution function in mechanics that permitted a description of mech...
The paper presents a review of the Wigner distribution function – its definition and its most import...
After the introduction of the Wigner distribution [1] for the description of coherent and partially ...
In 1932 Wigner introduced a distribution function in mechanics that permitted a description of mecha...
This paper shows under what condition the well-known ABCD law — which can be applied to describe the...