We propose a new liquid crystal display (LCD) mode, named as chiral hybrid in-plane switching (CHI) mode, which has high brightness and contrast ratio by using a twist effect applied to a conventional hybrid mode on the interdigitated electrode. The mode is optimized to normally white mode without any loss of transmittance on the electrode. The mode has also excellent darkness under field on because LCs are well aligned parallel to the optics axis of polarizer due to lower bulk elastic strength. 1
Abstract—We have developed a high-transmittance in-plane switching (HT-IPS) liquid crystal display (...
We propose viewing angle switchable liquid crystal displays (LCDs) with optically isotropic liquid c...
The electro-optic properties of a 90 degrees twisted-homeotropic liquid crystal (LC) cell with a chi...
We propose a new in-plane switching (IPS) nematic liquid crystal (LC) mode which uses a twist effect...
We propose an improved chiral hybrid in-plane switching (CH-IPS) liquid crystal mode with a stable d...
We proposed a new Liquid Crystal (LC) mode named as chiral hybrid in-plane switching (CH-IPS) LC mod...
We demonstrate a transparent display using a chiral hybrid in???plane???switching (CH???IPS) mode wi...
We demonstrate a transflective liquid crystal display (LCD), doped with a chiral agent to produce a ...
The in-plane-switching (IPS) mode exhibits an inherently wide viewing angle and has been widely used...
The in-plane-switching (IPS) mode exhibits an inherently wide viewing angle and has been widely used...
We propose a new electrode design to enhance the transmittance of a conventional in-plane switching ...
An optically isotropic liquid crystal (LC) such as a blue phase LC or an optically isotropic nano-st...
We propose a new electrode design to enhance the transmittance of a conventional in-plane switching ...
A novel LCD technology yields both high reflection and transmission. Mobile display devices such as ...
An optically isotropic liquid crystal (LC) such as a blue phase LC or an optically isotropic nano-st...
Abstract—We have developed a high-transmittance in-plane switching (HT-IPS) liquid crystal display (...
We propose viewing angle switchable liquid crystal displays (LCDs) with optically isotropic liquid c...
The electro-optic properties of a 90 degrees twisted-homeotropic liquid crystal (LC) cell with a chi...
We propose a new in-plane switching (IPS) nematic liquid crystal (LC) mode which uses a twist effect...
We propose an improved chiral hybrid in-plane switching (CH-IPS) liquid crystal mode with a stable d...
We proposed a new Liquid Crystal (LC) mode named as chiral hybrid in-plane switching (CH-IPS) LC mod...
We demonstrate a transparent display using a chiral hybrid in???plane???switching (CH???IPS) mode wi...
We demonstrate a transflective liquid crystal display (LCD), doped with a chiral agent to produce a ...
The in-plane-switching (IPS) mode exhibits an inherently wide viewing angle and has been widely used...
The in-plane-switching (IPS) mode exhibits an inherently wide viewing angle and has been widely used...
We propose a new electrode design to enhance the transmittance of a conventional in-plane switching ...
An optically isotropic liquid crystal (LC) such as a blue phase LC or an optically isotropic nano-st...
We propose a new electrode design to enhance the transmittance of a conventional in-plane switching ...
A novel LCD technology yields both high reflection and transmission. Mobile display devices such as ...
An optically isotropic liquid crystal (LC) such as a blue phase LC or an optically isotropic nano-st...
Abstract—We have developed a high-transmittance in-plane switching (HT-IPS) liquid crystal display (...
We propose viewing angle switchable liquid crystal displays (LCDs) with optically isotropic liquid c...
The electro-optic properties of a 90 degrees twisted-homeotropic liquid crystal (LC) cell with a chi...