Innovative Compound-Semiconductors Applications LAB
Jin-Sub Park Professor
Subject
Semiconductor Devices, Optoelectronics Engineering. Semiconductor Devices for Integrated Circuit, Solid State Electronic Physics
Compound Semiconductor Optoelectronics
Education
Ph.D., Tohoku University, Japan
Career
2022.03 ~ Present Professor, Hanyang University
2011.3 ~ 2021.02 Associate professor, Hanyang University
2010.4 ~ 2011.2 Research Prof., Seoul National University
2009.4 ~ 2010.3 Post Doc., University of California, Berkeley
2002.1 ~ 2006.1 Senior Researcher, Samsung electromechanics
2011.3 ~ 2021.02 Associate professor, Hanyang University
2010.4 ~ 2011.2 Research Prof., Seoul National University
2009.4 ~ 2010.3 Post Doc., University of California, Berkeley
2002.1 ~ 2006.1 Senior Researcher, Samsung electromechanics
Innovative Compound Semiconductors & Applications Laboratory
1. High Brightness LED for Solid-State Lighting- - High brightness LEDs using the hybrid compound semiconductors
- - Applications of surface plasmonic effects and graphene for
- HB LEDs
- Nano- LED using (In)GaN nano structures - 2. Advanced Compound Semiconductor LEDs
- - Growth and fabrication of high quality nonpolar/semipolarGaN
- based LED
- - Design of nano/QD hybrid structures with help of FDTD
- simulation
- - Fabrication of vertical LED and improvement of performance
- 3. FlexibleOpto-Electronic Devices
- - Electronic devices (MOSFET, HEMT) using the III-Nitride
- semiconductors
- - Application of compound semiconductors to flexible
- optoelectronics
- - Graphene/Nitride for power devices
- 4. Low Cost and High Efficiency Solar Cells
- - Low cost and high efficiency compound semiconductor based
- (III-V, Nitride, oxide) solar cells
- - Hybrid solarcells using the Inorganic/Organic materials
- - Advanced next generation solar cells using the various core/
- shell nanostructures
- Research
- LED / Solar Cell, Power devices
