Subwavelength metrological chracterization by Mueller matrix polarimeter and finite difference time domain method

A Adhikari, K Dev, A Asundi - Optics and Lasers in Engineering, 2016 - Elsevier
Optics and Lasers in Engineering, 2016Elsevier
Wire grid polarizers (WGP), are sub-wavelength gratings with applications in display
projection system due to their compact size, wide field of view and long-term stability.
Measurement and testing of these structures are important to optimize their use. This is done
by first measuring the Mueller matrix of the WGP using a Mueller matrix polarimeter. Next the
finite difference time domain (FDTD) method is used to simulate a similar Mueller matrix thus
providing the period and step height of the WGP. This approach may lead to more generic …
Abstract
Wire grid polarizers (WGP), are sub-wavelength gratings with applications in display projection system due to their compact size, wide field of view and long-term stability. Measurement and testing of these structures are important to optimize their use. This is done by first measuring the Mueller matrix of the WGP using a Mueller matrix polarimeter. Next the finite difference time domain (FDTD) method is used to simulate a similar Mueller matrix thus providing the period and step height of the WGP. This approach may lead to more generic determination of sub-wavelength structures including diffractive optical structures.
Elsevier
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