It is demonstrated that the spectral degree of coherence of a partially coherent beam may possess isolated pairs of points at which its phase is singular, and that in the neighborhood of these points the phase may possess a vortex structure. Partially coherent beams consisting of Hermite-Gaussian modes are considered as an example. The physical consequences of these so-called coherence vortices are discussed. © 2003 Elsevier Science B.V. All rights reserved
Optical vortices are singularities in phase fronts of optical beams. They are characterized by a dar...
We analyze the coherence singularities that occur in the far field that is generated by a broad clas...
We analyze the coherence singularities that occur in the far field that is generated by a broad clas...
We study the evolution of phase singularities and coherence singularities in a Laguerre-Gauss beam t...
We propose and experimentally implement a method for the generation of a wide class of partially spa...
Vortices in optical beams have been the subject of extensive study since their status as a generic f...
We demonstrate that coherence vortices, singularities of the correlation function, generally occur i...
In the theory of partial coherence, coherence singularities can occur in the spectral degree of cohe...
In the theory of partial coherence, coherence singularities can occur in the spectral degree of cohe...
We demonstrate that coherence vortices, singularities of the correlation function, generally occur i...
Partially coherent vortex beam exhibits some unique and interesting properties, for example, correla...
It is demonstrated for a time-invariant linear optical system that there exists a definite connectio...
It is demonstrated for a time-invariant linear optical system that there exists a definite connectio...
The evolution of correlation singularities in partially coherent polarization singular beams (PC-PSB...
The evolution of correlation singularities in partially coherent polarization singular beams (PC-PSB...
Optical vortices are singularities in phase fronts of optical beams. They are characterized by a dar...
We analyze the coherence singularities that occur in the far field that is generated by a broad clas...
We analyze the coherence singularities that occur in the far field that is generated by a broad clas...
We study the evolution of phase singularities and coherence singularities in a Laguerre-Gauss beam t...
We propose and experimentally implement a method for the generation of a wide class of partially spa...
Vortices in optical beams have been the subject of extensive study since their status as a generic f...
We demonstrate that coherence vortices, singularities of the correlation function, generally occur i...
In the theory of partial coherence, coherence singularities can occur in the spectral degree of cohe...
In the theory of partial coherence, coherence singularities can occur in the spectral degree of cohe...
We demonstrate that coherence vortices, singularities of the correlation function, generally occur i...
Partially coherent vortex beam exhibits some unique and interesting properties, for example, correla...
It is demonstrated for a time-invariant linear optical system that there exists a definite connectio...
It is demonstrated for a time-invariant linear optical system that there exists a definite connectio...
The evolution of correlation singularities in partially coherent polarization singular beams (PC-PSB...
The evolution of correlation singularities in partially coherent polarization singular beams (PC-PSB...
Optical vortices are singularities in phase fronts of optical beams. They are characterized by a dar...
We analyze the coherence singularities that occur in the far field that is generated by a broad clas...
We analyze the coherence singularities that occur in the far field that is generated by a broad clas...