A great number of problems of modern optics need to record a map of the polarization distribution in a light
beam in a real scale of time. At the same time, the conventional ellipsometric techniques [1] do not permit us to solve
these tasks. It stimulates development of new approaches for
measuring polarization states at each point of an optical image
[2,3]. The obtained polarization maps are a good instrument for
studying evolution of polarization singularities.
The aim of this article is to analyze evolution of
polarization singularities in radiation emitted from a 12-modes
circular optical fiber under different conditions of its excitation.
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