Geometrically tunable slow light based on a modified photonic crystal waveguide
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Date
2017
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Publisher
Université de M'sila
Abstract
In this paper, we have proposed a design for slow light in a modified photonic crystal waveguide
by inserting reduced air holes along the middle of the waveguide with a half period of the lattice
and by shifting the second rows of holes toward the center of the modified waveguide. A
wideband slow light with a high group index and low group velocity dispersion has been
achieved. A nearly constant group index of 21, 20, 35.5 and 65 over 20.3 nm, 15.6 nm, 9.5 nm,
5.3 nm bandwidth in the environment of 1550 nm, respectively, are also obtained.
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Keywords
Photonic crystal Waveguide Slow light