Probing coherence Stokes parameters of three-component light with nanoscatterers

Posted on 11.05.2022 - 20:51
We establish a method to determine the spectral coherence Stokes parameters of a random three-component optical field via scattering by two dipolar nanoparticles. We show that measuring the intensity and polarization-state fringes of the scattered far field in three directions allows us to construct all nine coherence Stokes parameters at the dipoles. The method extends current nanoprobe techniques to detection of the spatial coherence of random light with arbitrary three-dimensional polarization structure.

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Guo, Mengwen; Norrman, Andreas; Friberg, Ari Tapio; Setälä, Tero (2022): Probing coherence Stokes parameters of three-component light with nanoscatterers. Optica Publishing Group. Collection. https://doi.org/10.6084/m9.figshare.c.5955267.v2
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Optics Letters

AUTHORS (4)

Mengwen Guo
Andreas Norrman
Ari Tapio Friberg
Tero Setälä

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