General theory of asymmetrical polarization-dependent optics in functional material-doped 90° twisted nematic liquid crystals

Cheng Kai Liu; Ching Yen Tu; Yi Xuan Liu; Wei Hsuan Chen; Ko Ting Cheng

doi:10.1364/OE.26.017115

General theory of asymmetrical polarization-dependent optics in functional material-doped 90° twisted nematic liquid crystals

Cheng Kai Liu, Ching Yen Tu, Yi Xuan Liu, Wei Hsuan Chen, Ko Ting Cheng

Department of Optics and Photonics

Research output: Contribution to journal › Article › peer-review

4 Scopus citations

Abstract

General theory, which can completely describe the asymmetrical optics in a functional material (FM)-doped 90° twisted nematic liquid crystals (TNLCs), is proposed using Cayley–Hamilton theorem and Jones calculus. The FMs, whose shape and size are similar to those of the adopted NLCs, can be aligned along the long axes of the NLCs. The FMs discussed herein are dichroic dye (DD) and polymer. The experimental results of asymmetrical transmission in DD-doped 90° TNLCs are consistent with the theoretical calculation. Such asymmetrical characterization can be further used in the current applications based on 90° TNLCs in all fields to obtain new potential functions.

Original language	English
Pages (from-to)	17115-17131
Number of pages	17
Journal	Optics Express
Volume	26
Issue number	13
DOIs	https://doi.org/10.1364/OE.26.017115
State	Published - 25 Jun 2018

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10.1364/OE.26.017115

Studies of the Frontier Liquid Crystal Electro-Optical Technologies and Their Applications Using the Composites of Liquid Crystals, Nano-Particles, Ionic Materials, Gelators, Polymers, and Mesoporous(1/3)
Cheng, K.
1/08/17 → 31/07/18
Project: Research

General theory of asymmetrical polarization-dependent optics in functional material-doped 90° twisted nematic liquid crystals
Liu, C. (Creator), Tu, C. (Contributor), Liu, Y. (Creator), Chen, W. (Contributor) & Cheng, K. (Contributor), figshare, 2018
DOI: 10.6084/m9.figshare.c.4066760.v1, https://figshare.com/collections/General_theory_of_asymmetrical_polarization-dependent_optics_in_functional_material-doped_90_twisted_nematic_liquid_crystals/4066760/1
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Visualization 1.avi
Cheng, K. (Creator), The Optical Society, 2018
DOI: 10.6084/m9.figshare.6131228.v1, https://opticapublishing.figshare.com/articles/media/Visualization_1_avi/6131228/1
Dataset
General theory of asymmetrical polarization-dependent optics in functional material-doped 90° twisted nematic liquid crystals
Liu, C. (Creator), Tu, C. (Contributor), Liu, Y. (Creator), Chen, W. (Contributor) & Cheng, K. (Contributor), figshare, 2018
DOI: 10.6084/m9.figshare.c.4066760, https://figshare.com/collections/General_theory_of_asymmetrical_polarization-dependent_optics_in_functional_material-doped_90_twisted_nematic_liquid_crystals/4066760
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Cite this

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title = "General theory of asymmetrical polarization-dependent optics in functional material-doped 90° twisted nematic liquid crystals",

abstract = "General theory, which can completely describe the asymmetrical optics in a functional material (FM)-doped 90° twisted nematic liquid crystals (TNLCs), is proposed using Cayley–Hamilton theorem and Jones calculus. The FMs, whose shape and size are similar to those of the adopted NLCs, can be aligned along the long axes of the NLCs. The FMs discussed herein are dichroic dye (DD) and polymer. The experimental results of asymmetrical transmission in DD-doped 90° TNLCs are consistent with the theoretical calculation. Such asymmetrical characterization can be further used in the current applications based on 90° TNLCs in all fields to obtain new potential functions.",

author = "Liu, {Cheng Kai} and Tu, {Ching Yen} and Liu, {Yi Xuan} and Chen, {Wei Hsuan} and Cheng, {Ko Ting}",

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AU - Liu, Cheng Kai

AU - Tu, Ching Yen

AU - Liu, Yi Xuan

AU - Chen, Wei Hsuan

AU - Cheng, Ko Ting

PY - 2018/6/25

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N2 - General theory, which can completely describe the asymmetrical optics in a functional material (FM)-doped 90° twisted nematic liquid crystals (TNLCs), is proposed using Cayley–Hamilton theorem and Jones calculus. The FMs, whose shape and size are similar to those of the adopted NLCs, can be aligned along the long axes of the NLCs. The FMs discussed herein are dichroic dye (DD) and polymer. The experimental results of asymmetrical transmission in DD-doped 90° TNLCs are consistent with the theoretical calculation. Such asymmetrical characterization can be further used in the current applications based on 90° TNLCs in all fields to obtain new potential functions.

AB - General theory, which can completely describe the asymmetrical optics in a functional material (FM)-doped 90° twisted nematic liquid crystals (TNLCs), is proposed using Cayley–Hamilton theorem and Jones calculus. The FMs, whose shape and size are similar to those of the adopted NLCs, can be aligned along the long axes of the NLCs. The FMs discussed herein are dichroic dye (DD) and polymer. The experimental results of asymmetrical transmission in DD-doped 90° TNLCs are consistent with the theoretical calculation. Such asymmetrical characterization can be further used in the current applications based on 90° TNLCs in all fields to obtain new potential functions.

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General theory of asymmetrical polarization-dependent optics in functional material-doped 90° twisted nematic liquid crystals

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Studies of the Frontier Liquid Crystal Electro-Optical Technologies and Their Applications Using the Composites of Liquid Crystals, Nano-Particles, Ionic Materials, Gelators, Polymers, and Mesoporous(1/3)

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