Article ID Journal Published Year Pages File Type
1538601 Optics Communications 2007 4 Pages PDF
Abstract
We propose and numerically investigate a tunable add-drop consisting of an optical disk microresonator embedded in nematic liquid crystals. The electro-optic cladding enables tunability via an external low-frequency voltage. All loss mechanisms as well as the features of the tunable filter are accounted for via a full-dimensional (3D + time) parallel Finite Difference Time Domain code.
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Related Topics
Physical Sciences and Engineering Materials Science Electronic, Optical and Magnetic Materials
Preview
Tunable wavelength-selective add-drop in liquid crystals on a silicon microresonator
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