Novel Display Laboratory
Chang-Jae Yu Professor
Subject
Introduction to Information Display, Electromagnetism, Modern Physics, Color Engineering
Physics of Liquid Crystals, Color Engineering
Education
Ph.D., Seoul National University, Korea
Career
2014 ~ present Editorial director of Korea information display society
2011 ~ 2012 Editor of Korea information display society
2011 ~ 2012 Editor of optical society of Korea
2011 ~ present Head professor of department of information display engineering, Hanyang university
2007 ~ present Associate professor of department of electronic engineering, Hanyang university
2006 ~ 2007 University of Illinois at Urbana-Champaign post-doc
2005 ~ 2006 Research fellow of department of semiconductor joint research institute, Seoul national university.
2005 Lecturer at Hanyang university and Sejong university
2011 ~ 2012 Editor of Korea information display society
2011 ~ 2012 Editor of optical society of Korea
2011 ~ present Head professor of department of information display engineering, Hanyang university
2007 ~ present Associate professor of department of electronic engineering, Hanyang university
2006 ~ 2007 University of Illinois at Urbana-Champaign post-doc
2005 ~ 2006 Research fellow of department of semiconductor joint research institute, Seoul national university.
2005 Lecturer at Hanyang university and Sejong university
Novel Display Laboratory
1. Microlens Devices- - Principle and fabrication of microlens devices by using
- various methods
- - Optical devices with dual focusing of microlens array
- - Fresnel lens by using Electrohydrodynamic (EHD)
- 2. 3D Display
- - Patterned retarder film and 3D device based on that.
- - 3D LC display with single polarizer.
- - Stereoscopic 3D display with Cholesteric liquid crystal
- 3. Enhancement of Electro-Optical Performances of Display
- Device
- - Enhancement of LC mode By using reactive mesogen
- - Development of LC mode with high transmittance
- - Development of LC mode with wide viewing angle
- 4. Organic Devices
- - Organic TFT based on pentacene
- - Correlation between molecular alignment layer and performance
- of OTFT device.
- - Development of fabrication method of high performance OTFT
- by using Gate insulator mixture
- - Enhancement of OTFT performances by hybrid insulator
- 5. Flexible Display
- - Flexible BCSN display mode
- - Stabilized Structure of Flexible display
- - Flexible e-paper
- Research
- Display Device, Organic TFT, flexible LCD, Microlens Devices
