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Methods for Domain Control in Ferroelectric Crystals and Their Applications
Stanford Reference:
88-166
Abstract
Stanford researchers developed a nonlinear waveguiding optical converter in a solid state body. The waveguide is provided with compositionally differing region (domains) of dominant electrical polarization in succeeding regions transverse to the path of guided radiation. This invention describes chemical and electrical poling, as well as an improved optical converter having a solid state body which employs the same.
Applications
Nonlinear optics
Laser
Waveguide material
Waveguide component
Innovators & Portfolio
Robert Byer
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Martin Fejer
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Eric Lim
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Patent Status
Issued: 5,838,702 (USA)
Issued: 5,714,198 (USA)
Date Released
6/13/2001
Licensing Contact
Linda Chao, Senior Associate
linda.chao@stanford.edu
(650) 725-9408 (Direct)
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Related Keywords
photonics
photonics: lasers
nonlinear optics
ppln
waveguide
photonics: nonlinear optics
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S88-166
Methods for Domain Control in Ferroelectric Crystals and Their Applications