Aperiodic lattices in silicon nano-wire for spectrally engineered DWDM photonics
Long Beach, CA（2006）
Abstract
We demonstrate the first experimental realization of an aperiodic slotted-lattice silicon wire, exhibiting multiple high-transmission defect states for dense wavelength-division-multiplexing. Direct control of field localization in real-space comes via engineering the aperiodic lattice Fourier components.
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Key words
crystal defects,integrated optics,nanowires,optical communication equipment,photonic crystals,wavelength division multiplexing,aperiodic lattice fourier component,aperiodic slotted-lattice silicon wire,field localization,multiple high-transmission defect state,silicon nanowire,spectrally engineered dwdm photonics,(130.3120) integrated optics devices,(230.4000) microstructure fabrication,microstructures
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