Stretchable Displays

Lighting and display tools defying under axial stress is crucial for the wearable and biomedical electronics. Usually, inorganic displays made of crystalline films on rigid substrates are deteriorates under stress applications. Hence, OLED or organic solar cells based stretching and flexible devices are more promising for the wearable electronic applications. In this respect, we are interested in fabrication of sustainable as well as highly stretchable OLEDs/solar cells on elastomeric substrates.

References: 

1)Hassan Hafeez, Zhanan Zou, Dong Hyun Kim, Jun Young Shin, Myungkwan Song, Chang Su Kim, Won Jin Choi, Jizhou Song, Jianliang Xiao and Seung Yoon Ryu*,"Multiaxial Wavy Top-Emission Organic Light-Emitting Diodes on Thermally Prestrained Elastomeric Substrates", Organic Electronics, 48 (2017) 314–322. 

Display Convergence, Division of Display and Semiconductor Physics, College of Science and Technology,  Korea University Sejong Campus

2511 Sejong-ro, Sejong City, 339-770, Republic of Korea