Liquid crystals occupy an important niche in nonlinear optics as a result of their unique
physical and optical properties. Besides their broadband birefringence and transparency …

We report on the first, to the best of our knowledge, studies of photorefraction in nematic
liquid crystal (LC) doped with nanoferroelectric particles. We found the strong enhancement …

In the work, we revisited the orientational photorefractive effect generated in nematic liquid
crystal (NLC) in a degenerate four-wave mixing interaction configuration. A detailed …

Optical gratings are created by flexoelectric domains in a bent-core nematic liquid crystal. A
unique feature of this structure is that its wavelength can be controlled by the amplitude of …

We demonstrate a real-time holographic display using quantum-dot doped liquid crystal with
a build-up time of several to tens of milliseconds, and the maximum diffraction efficiency is …

In this paper, we demonstrate a dynamic holographic display in a quantum dot (ZnS/InP)
doped liquid crystal device, where one of the interior cell surfaces is covered by a ZnSe …

We are considering a new type of electro-optical liquid crystal (LC) cells, which includes a
gold nano-island film deposited on the ITO electrode of one of the cell substrates. Using the …

We have carried out studies of photoinduced diffraction in a homeotropically aligned liquid-
crystal cell on indium tin oxide with no alignment layer deposited between the electrodes …

摘要为了研究液晶中相位光栅的动态衍射特性和光栅形貌, 提出了在C 60 掺杂垂直排列向列相
液晶(NLC) 中产生非对称光栅的方法, 分析了光栅产生机制并建立了光栅形貌的数学模型. 首先 …

We investigate the highly sensitive surface-induced photorefractive gratings, observed in
undoped nematic planar cells for low dc voltage (few volts) and laser intensity (few milliwatts …