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Publications by authors named "Chih-Chin Kuo"

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Effects of silica nanoparticles on electro-optical properties of polymer-stabilized liquid crystals.
Che-Ju Hsu Chih-Chin Kuo Chia-Ding Hsieh Chi-Yen Huang

Opt Express

July 2014

We control the pretilt angle of liquid crystals (LCs) by simultaneously doping silica nanoparticles (SNs) and reactive monomers into the LC cell. Application of AC high voltage (ACHV) to the cell compels the lifting force and the facilitation of polar groups to move the SNs and monomers toward the substrate surface. Polymer networks and SNs are stabilized at the substrate surface after UV exposure, sustaining the LCs at high pretilt angles.

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Synopsis of recent research by authors named "Chih-Chin Kuo"

  • - Chih-Chin Kuo's recent research primarily focuses on the interaction between silica nanoparticles and liquid crystals, exploring how these interactions can improve the electro-optical properties of liquid crystal displays.
  • - In a notable study published in July 2014, Kuo demonstrated that doping liquid crystals with silica nanoparticles and reactive monomers can control the pretilt angle of the liquid crystals, enhancing their performance in applications.
  • - The research highlights the use of high-voltage AC signals to manipulate the movement of silica nanoparticles and monomers within the liquid crystal cell, ultimately stabilizing the system at high pretilt angles post-UV exposure.

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