PROJECT TITLE :
Evolution of the Polarizing Effect of $text_$
We tend to have explored the polarization behavior of $textMoS_2$ at 3 different wavelengths using a polymer-primarily based waveguide. The $textMoS_2$-coated waveguide has been fabricated primarily based on the drop casting technique. The most polarization extinction ratio of 12.6 dB that's achieved at 980 nm is taken into account to be the very best, to the most effective of our information, for the $textMoS_2$-based mostly waveguide polarizer. It exhibits transverse electric (TE) pass characteristics in the visible wavelength region. The mode field confinement has been computed based mostly on the finite-part method (FEM). Both numerical and experimental results are in very good agreement. These results demonstrate that the few-layer $textMoS_2$ will be thought-about as a complementary material for graphene-based mostly polarizers.
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