Mesoscopic Correlation with Polarization of Electromagnetic Waves
A.A. Chabanov, N.P.Tregoures, B.A. van Tiggelen, and A.Z. Genack
TL;DR
This paper investigates mesoscopic correlations in the polarization of microwave radiation transmitted through a random waveguide, identifying different correlation components supported by diagrammatic theory.
Contribution
It provides experimental evidence and theoretical support for the distinct components of intensity correlation functions in mesoscopic wave transport.
Findings
Identification of short, long, and infinite range correlation components
Support for diagrammatic theory in explaining polarization correlations
Discovery of an additional frequency-independent correlation component
Abstract
Mesoscopic correlations are observed in the polarization of microwave radiation transmitted through a random waveguide. These measurements, supported by diagrammatic theory, permit the unambiguous identification of short, long, and infinite range components in the intensity correlation function, as well as an additional frequency-independent component.
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