GCIM 2023
Global Conference on Innovation Materials 2023
June 6(Tue.) - 9(Fri.), 2023 | Jeju ICC, South Korea
Special Session
- Flexible, Stretchable Bioelectronic Materials, Devices and Related Mechanics
-
Organizer
-
John A. Rogers
-
Keon Jae Lee
Co-Organizer
Jang-Ung Park Bong Hoon Kim Jae Hee Lee
Introduction
Recent advances in materials science and mechanical engineering enable us to realize high-performance systems in soft, flexible/stretchable forms that can readily integrate with the curvilinear and time-dynamic surfaces of the human body. These capabilities create interesting opportunities for diverse electronics with human-machine integration such as bio-medical sensor, optoelectronic/optogenetic devices, and large scale ICs on ultrathin polymers. This symposium will cover high performance flexible, stretchable, bio-integrated devices and related mechanics along with key considerations in their designs, materials, mechanical structures. Therefore, high performance inorganic and nanoscale materials such as inorganic semiconductors, carbon, and metal oxides, perovskites and their hybrids will be discussed. In addition, our subjects are focused on the mechanics, modeling and design for highly flexible and stretchable inorganic and hybrid materials for bio-integrated applications. The symposium will be open to diverse groups with ultrathin inorganic and hybrid-based flexible/stretchable devices for bio-integrated electronics, optoelectronics, optogenetic devices, sensors, actuators, and energy devices.Speakers
-
Yoonseok ParkKyunghee University
-
Yei Hwan JungHanyang University
-
Donghwi ChoKRICT
-
Youn Joung KangJeju National University
-
Sung Soo KwakKIST
-
Sung Hun JinIncheon National University
-
Suk-Won HwangKorea University
-
Min-Ho SeoPusan National University
-
Bong Hoon KimDGIST
-
Junhwan ChoiDankook University
-
Hanjun RyuChung-Ang University
-
Yoon Kyeung LeeJeonbuk National University
-
Seok KimPostech
-
Ki Jun YuYonsei University
-
Inhwa JungKyunghee University
-
Hong-Joon YoonGachon University
-
Joohee KimKIST
-
Kyung-In JangDGIST
-
Jang-Ung ParkYonsei University
-
Suck Won HongPusan National University
-
Seung Yoon RyuKorea University
-
Yeonsik ChoiYonsei University
-
Soong Ju OhKorea University
-
Seyong OhHanyang University
-
Jae Hee LeeKAIST
Panel Session
-
John A. RogersNorthwestern University
-
Keon Jae LeeKAIST
-
Tae-woo LeeSeoul National University
-
Dae-hyeong KimSeoul National University
-
Jang-Ung ParkYonsei University
*Title: Flexible Electronics for Future Science and Commercialization *Panel: John A. Rogers, Keon Jae Lee, Tae-woo Lee, Dae-hyeong Kim, Jang-Ung Park -
- Optical Materials for Camera Lenses
-
Organizer
-
Hyeon Wook RYU
(Chonnam Nat. Univ.)
Introduction
The market for cameras that play crucial role in the detection, identification, and analysis functions of autonomous vehicles, drones, and robots - representing pivotal industries in the digital and green transformation - is rapidly expanding. This special session will showcase high-value optical materials and components for camera lenses, which are essential for imaging technology. Current trends and future directions for camera lenses covering a wide range of wavelengths from UV to infrared will be presented.Speakers
10:00~10:30 Development of UV-grade CaF2 Single Crystal for Optical Elements of Inspection Systems in the Semiconductor Process Wonbae Sonh (Korea Photonics Technology Institute, KOPTI) 10:30~11:00 Development of Optical Glass with High Refractive Index for Camera Lens via Glass Molding Press Karam HAN (Korea Photonics Technology Institute, KOPTI) 11:00~11:30 Development of novel oxyfluoride glasses with high refractive index and low dispersion by a containerless processing Jaeyeop CHUNG (Korea Institute of Ceramic Engineering & Technology, KICET) 11:30~12:00 Compositional Engineering of Te-Based Chalcogenide Glasses for Use in Thermal Imaging Optics Applications Hyun KIM (Korea Aerospace University) 12:00~12:30 Development of DUV Optical Coating for Objective Lens Module for Semiconductor Optical Inspection Jung-Hwan IN (Korea Photonics Technology Institute, KOPTI) -
- Nano Materials for MEMS Microphone