Liquid crystals, combining optical non-linearity and self-organizing properties with fluidity, and being responsive to a wide variety of stimuli, have reached a key point in their development for photonic applications, for the realization of devices that could be dynamically reconfigurable, widely tunable and ultra-fast controlled. In this framework, ranging from Holography to Plasmonics, we review our recent efforts on developing a new generation of dynamic, tunable, electro- and all-optical photonic systems. © 2013 Elsevier B.V
As a novel and artificial photonic material, photonic crystal possesses unique photonic bandgap prop...
Inspired by the anisotropic molecular shape and tunable alignment of liquid crystals (LCs), investig...
A new concept photonic device is realized. It is based on the combination of unusual light control p...
Owing to fundamental reasons of symmetry, liquid crystals are soft materials. This softness allows l...
Metamaterials (MMs) in optics represent a large class of nano-structured artificial media with optic...
We report theoretical and experimental studies of 1-D and 2-d tunable nonlinear photonic crystals ma...
We review our recent studies on photonic metamaterials infiltrated with liquid crystals and show tha...
In this abstract, dynamic flat optical devices with tunable materials like doped semiconductors and ...
In this paper we review the state of the art in the field of liquid-crystal tunable guided-wave phot...
Liquid crystals (LCs), which was firstly discovered by Austrian botanical physiologist Friedrich Rei...
We show that tunable nonlinearity of nematics can be employed for all-optical operations in photonic...
Metamaterials are artificially structured electromagnetic media that are designed to manipulate ligh...
Materials with switchable optical characteristics can enable new types of optical technology that ca...
Tunable photonic crystals (TPCs) represent an important class of intelligent materials, which can be...
We have characterized liquid crystal (LC) materials and electrooptical modes, as well as new LC conf...
As a novel and artificial photonic material, photonic crystal possesses unique photonic bandgap prop...
Inspired by the anisotropic molecular shape and tunable alignment of liquid crystals (LCs), investig...
A new concept photonic device is realized. It is based on the combination of unusual light control p...
Owing to fundamental reasons of symmetry, liquid crystals are soft materials. This softness allows l...
Metamaterials (MMs) in optics represent a large class of nano-structured artificial media with optic...
We report theoretical and experimental studies of 1-D and 2-d tunable nonlinear photonic crystals ma...
We review our recent studies on photonic metamaterials infiltrated with liquid crystals and show tha...
In this abstract, dynamic flat optical devices with tunable materials like doped semiconductors and ...
In this paper we review the state of the art in the field of liquid-crystal tunable guided-wave phot...
Liquid crystals (LCs), which was firstly discovered by Austrian botanical physiologist Friedrich Rei...
We show that tunable nonlinearity of nematics can be employed for all-optical operations in photonic...
Metamaterials are artificially structured electromagnetic media that are designed to manipulate ligh...
Materials with switchable optical characteristics can enable new types of optical technology that ca...
Tunable photonic crystals (TPCs) represent an important class of intelligent materials, which can be...
We have characterized liquid crystal (LC) materials and electrooptical modes, as well as new LC conf...
As a novel and artificial photonic material, photonic crystal possesses unique photonic bandgap prop...
Inspired by the anisotropic molecular shape and tunable alignment of liquid crystals (LCs), investig...
A new concept photonic device is realized. It is based on the combination of unusual light control p...