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Plasmonic wave is perfectly split to 4 identical waves when encountering nano intersection. This is substantially different from photonic waveguides exhibiting negligible coupling to vertical segments. Larger plasmonic junction is exhibiting retardation and memory effects.
Plasmonic circuit elements, which are based on complementary waveguide structures (waveguides with a dielectric core and metal cladding), are becoming preferred plasmonic devices for applications. In this paper, we look into the modeling of such devices, namely 1D waveguides and related elements as well as 2D slots, trenches, and channels supporting plasmonic slow waves. Methods such as the effective...
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