We demonstrate a compact, low-power and broadband electrooptic switch in a simple waveguide geometry with undoped nematic liquid crystals. We experimentally achieve near infrared switching and signal routing with voltage modulations as low as 0.21V and a device length of 0.16mm. © 2005 Optical Society of America
In this paper low driving power linear and nonlinear optical waveguide devices using nematic liquid...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
Integrated optic devices using liquid crystals embedded in optical waveguiding structures have advan...
We demonstrate a compact, low-power and broadband electro-optic switch in a simple waveguide geometr...
This paper reports on optical waveguides using liquid crystals (LC) as core. Such optical waveguides...
In this paper two practical technological approaches are presented to demonstrate that liquid crysta...
An integrated optical switch based on liquid crystal on silicon is reported. The switch consists of...
Wavelength division multiplexing (WDM) optical networks, able to operate at Tb/s data speed, to sati...
We propose and analyze an electro-optic waveguide switching device consisting of a layer of nematic ...
Liquid crystal-oil-blends with modified nematic-isotropic transition temperatures were developed for...
An original approach is illustrated and analyzed for the realization of an electro-optic waveguide r...
A guided-wave optical routing/switching device using nematic liquid crystals has been investigated i...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
This paper presents results obtained during the process of designing and experimental investigation ...
Special liquid crystal blends having properties such as large EO Kerr constants, low optical loss an...
In this paper low driving power linear and nonlinear optical waveguide devices using nematic liquid...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
Integrated optic devices using liquid crystals embedded in optical waveguiding structures have advan...
We demonstrate a compact, low-power and broadband electro-optic switch in a simple waveguide geometr...
This paper reports on optical waveguides using liquid crystals (LC) as core. Such optical waveguides...
In this paper two practical technological approaches are presented to demonstrate that liquid crysta...
An integrated optical switch based on liquid crystal on silicon is reported. The switch consists of...
Wavelength division multiplexing (WDM) optical networks, able to operate at Tb/s data speed, to sati...
We propose and analyze an electro-optic waveguide switching device consisting of a layer of nematic ...
Liquid crystal-oil-blends with modified nematic-isotropic transition temperatures were developed for...
An original approach is illustrated and analyzed for the realization of an electro-optic waveguide r...
A guided-wave optical routing/switching device using nematic liquid crystals has been investigated i...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
This paper presents results obtained during the process of designing and experimental investigation ...
Special liquid crystal blends having properties such as large EO Kerr constants, low optical loss an...
In this paper low driving power linear and nonlinear optical waveguide devices using nematic liquid...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
Integrated optic devices using liquid crystals embedded in optical waveguiding structures have advan...
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