A liquid crystal device is demonstrated using a short-pitch 260 nm chiral nematic with negative dielectric anisotropy. Due to dielectric coupling, an in-plane electric field switches the liquid crystal between the standing-helix field-off, “dark” state and lying-helix field-on, transmissive state configurations. We report experimental results on the optical transmission as a function of the applied field, the response time as short as 35 microseconds and the contrast ratio 1000:1.11Nsciescopu
We propose a new in-plane switching (IPS) nematic liquid crystal (LC) mode which uses a twist effect...
Electro-optic switching in short-pitch polymer stabilized chiral nematic liquid crystals was studied...
The behaviour of blue phase III (BPIII) of chiral liquid crystals under the influence of an electric...
The flexoelectro-optic effect describes the rotation of the optic axis of a short-pitch chiral nemat...
This thesis studies several electro-optic effects of chiral nematic liquid crystals (N*LCs) for appl...
A fast switching electro-optic device, based upon the in-plane addressing of very short pitch polyme...
When a certain range of frequencies of AC electric fields are applied to a chiral nematic (N*) liqui...
Using in-plane electric fields, the electrical induction of the uniform lying helix (ULH) alignment ...
We report here uniform and defect-free homeotropic alignment of nematic liquid crystal having negati...
Negative dielectric nematic liquid crystals (LCs) doped with two azobenzene materials provide electr...
Restricted Access.We report the experimental high electric field phase diagram of a nematic liquid c...
We report a high performance negative dielectric anisotropy (Δε) liquid crystal for fringing field s...
With the advent of global telecommunications networks and the Internet, the development of portable ...
The flexoelectric behaviour of a hypertwisted chiral nematic bimesogenic liquid crystal is presented...
We report a high performance negative dielectric anisotropy (Delta epsilon) liquid crystal for fring...
We propose a new in-plane switching (IPS) nematic liquid crystal (LC) mode which uses a twist effect...
Electro-optic switching in short-pitch polymer stabilized chiral nematic liquid crystals was studied...
The behaviour of blue phase III (BPIII) of chiral liquid crystals under the influence of an electric...
The flexoelectro-optic effect describes the rotation of the optic axis of a short-pitch chiral nemat...
This thesis studies several electro-optic effects of chiral nematic liquid crystals (N*LCs) for appl...
A fast switching electro-optic device, based upon the in-plane addressing of very short pitch polyme...
When a certain range of frequencies of AC electric fields are applied to a chiral nematic (N*) liqui...
Using in-plane electric fields, the electrical induction of the uniform lying helix (ULH) alignment ...
We report here uniform and defect-free homeotropic alignment of nematic liquid crystal having negati...
Negative dielectric nematic liquid crystals (LCs) doped with two azobenzene materials provide electr...
Restricted Access.We report the experimental high electric field phase diagram of a nematic liquid c...
We report a high performance negative dielectric anisotropy (Δε) liquid crystal for fringing field s...
With the advent of global telecommunications networks and the Internet, the development of portable ...
The flexoelectric behaviour of a hypertwisted chiral nematic bimesogenic liquid crystal is presented...
We report a high performance negative dielectric anisotropy (Delta epsilon) liquid crystal for fring...
We propose a new in-plane switching (IPS) nematic liquid crystal (LC) mode which uses a twist effect...
Electro-optic switching in short-pitch polymer stabilized chiral nematic liquid crystals was studied...
The behaviour of blue phase III (BPIII) of chiral liquid crystals under the influence of an electric...