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A non defect waveguide based on self-collimation effect in two-dimensional photonic crystals is presented in this paper. An investigation to determine self-collimation frequency range in square and hexagonal lattice photonic crystals is realized. It is demonstrated the routing of two self-collimated Gaussian beams travelling through a hexagonal photonic crystal, on the same optical layer. Using the...
The article consists of a PowerPoint presentation on Polymer and silicon nanophotonics. The areas discussed include: silicon based micro- and nano-photonic devices; CMOS optical modulator; photonic crystal waveguide; electro-optical polymer modulator; directional coupler; holographic fabrication; hybrid silicon evanescent laser; and optical interconnection. The paper concludes that compatibility with...
We present the latest progress on polymer photonics and optical interconnects by introducing several innovative design concepts, such as hybrid silicon-polymer photonic crystal waveguide, domain inverted electro-optic polymer linear modulator, and bi-directional optical bus structure.
This paper will review recent work towards silicon-compatible lasers, including intrinsic, extrinsic, and hybrid materials technologies. Silicon photonics offers potential for much lower electrical power consumption for optical links and interconnections
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