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Coherence and polarization control by means of 90°-twist nematic liquid-crystal spatial light modulators (NLC-SLM)

Carolina Rickenstorff, Elías Flores, and Andrey S. Ostrovsky

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Abstract

The coherence and polarization degrees of an electromagnetic beam are modulated through two 90°-twist nematic liquid-crystal spatial light modulators placed at the opposite arms of a Mach-Zehnder interferometer. Statistical properties of the secondary source are modified applying random signals to the 90°-twist NLC-SLMs working in the phase mode. Experimental results are obtained using the commercial device LC2002 Holoeye.

© 2011 Optical Society of America

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