Liquid crystal-oil-blends with modified nematic-isotropic transition temperatures were developed for electro-optical waveguides. Microsecond, low loss switching is demonstrated on devices designed to include such waveguides. These devices are operable at room temperature
Integrated optic devices using liquid crystals embedded in optical waveguiding structures have advan...
Liquid crystal devices to perform optical switching, filtering and to build optical crossconnects fo...
Low-power and compact phase shifters are crucial for large photonic circuits, both to cope with vari...
We demonstrate a compact, low-power and broadband electrooptic switch in a simple waveguide geometry...
Special liquid crystal blends having properties such as large EO Kerr constants, low optical loss an...
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...
Optical switching functionality is demonstrated in PCB integrated multimode passive polymer waveguid...
In this paper two practical technological approaches are presented to demonstrate that liquid crysta...
Wavelength division multiplexing (WDM) optical networks, able to operate at Tb/s data speed, to sati...
The switching possibilities of nematic liquid crystal mixtures were investigated. The bypass optical...
Optical switches using two electro-optical effects in liquid crystals are proposed and investigated ...
An integrated optical switch based on liquid crystal on silicon is reported. The switch consists of...
We propose and analyze an electro-optic waveguide switching device consisting of a layer of nematic ...
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...
Liquid crystal devices to perform optical switching, filtering and to build optical crossconnects fo...
Low-power and compact phase shifters are crucial for large photonic circuits, both to cope with vari...
We demonstrate a compact, low-power and broadband electrooptic switch in a simple waveguide geometry...
Special liquid crystal blends having properties such as large EO Kerr constants, low optical loss an...
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...
Optical switching functionality is demonstrated in PCB integrated multimode passive polymer waveguid...
In this paper two practical technological approaches are presented to demonstrate that liquid crysta...
Wavelength division multiplexing (WDM) optical networks, able to operate at Tb/s data speed, to sati...
The switching possibilities of nematic liquid crystal mixtures were investigated. The bypass optical...
Optical switches using two electro-optical effects in liquid crystals are proposed and investigated ...
An integrated optical switch based on liquid crystal on silicon is reported. The switch consists of...
We propose and analyze an electro-optic waveguide switching device consisting of a layer of nematic ...
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...
Liquid crystal devices to perform optical switching, filtering and to build optical crossconnects fo...
Low-power and compact phase shifters are crucial for large photonic circuits, both to cope with vari...
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