The Kerr-like (reorientational) response of nematic liquid crystals (NLC) can be exploited in a guided-wave configuration supporting two TM-polarized modes, by which an integrated-optics switch is demonstrated that is able to all-optically route the signal to either of two outputs. Although the switch optimization would require adiabatically tailored input and output Y-junctions to launch the excitation, its geometry is the simplest offering switching/routing with all-optical control at mW powers. Results on the switching speed is presented
A switching scheme for two orthogonal modes of laser radiation that is based on the total internal r...
We show that tunable nonlinearity of nematics can be employed for all-optical operations in photonic...
<p>This paper presents the device design and performance analysis of a novel design of planar optica...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
We demonstrate all-optical switching by discrete beam steering in a voltage-controlled array of chan...
We investigate a power tunable junction formed by two interacting spatial solitons self-trapped in n...
Using mW light beams to generate spatial solitons in nematic liquid crystals, all-optical switching/...
A guided-wave optical routing/switching device using nematic liquid crystals has been investigated i...
Abstract—We provide a critical account of the dynamics of laser induced refractive index changing me...
A new type of nematic liquid crystal (NLC) based polarization independent 1×2 optical switch is demo...
In this paper all-optical switching in a new photonic crystal directional coupler is performed. The...
The reorientational nonlinearity of nematic liquid crystals enables a self-localized spatial soliton...
We propose and analyze an electro-optic waveguide switching device consisting of a layer of nematic ...
In this paper two practical technological approaches are presented to demonstrate that liquid crysta...
A switching scheme for two orthogonal modes of laser radiation that is based on the total internal r...
We show that tunable nonlinearity of nematics can be employed for all-optical operations in photonic...
<p>This paper presents the device design and performance analysis of a novel design of planar optica...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
We demonstrate an all-optical switch based on mode mixing in a liquid crystalline waveguide defined ...
We demonstrate all-optical switching by discrete beam steering in a voltage-controlled array of chan...
We investigate a power tunable junction formed by two interacting spatial solitons self-trapped in n...
Using mW light beams to generate spatial solitons in nematic liquid crystals, all-optical switching/...
A guided-wave optical routing/switching device using nematic liquid crystals has been investigated i...
Abstract—We provide a critical account of the dynamics of laser induced refractive index changing me...
A new type of nematic liquid crystal (NLC) based polarization independent 1×2 optical switch is demo...
In this paper all-optical switching in a new photonic crystal directional coupler is performed. The...
The reorientational nonlinearity of nematic liquid crystals enables a self-localized spatial soliton...
We propose and analyze an electro-optic waveguide switching device consisting of a layer of nematic ...
In this paper two practical technological approaches are presented to demonstrate that liquid crysta...
A switching scheme for two orthogonal modes of laser radiation that is based on the total internal r...
We show that tunable nonlinearity of nematics can be employed for all-optical operations in photonic...
<p>This paper presents the device design and performance analysis of a novel design of planar optica...