Research

Research Areas

1.  Perovskite and Next-Generation Optoelectronic Materials

Development of hybrid organic-inorganic perovskite materials
Enhancing long-term stability through defect control and material design
High-efficiency and durable perovskite solar cells

2. Semiconductors and Thin-Film Devices

Research on p-type and n-type semiconductor materials
Development of environmentally stable semiconductor devices
Low-power and high-reliability sensor applications

3. Thin-Film Processing and Device Stability Optimization

Fabrication of highly reproducible thin films using solution and vacuum deposition techniques
Large-area device fabrication and long-term durability enhancement

Glove box

Slot-die coating system

Spin-coater

Solar cell testing system

Solar simulator

Thermal evaporator

Auto-mechanical scriber

Sputter

Vacuum laminator

Stability chamber

-Temperature Range : -40 to 150°C -Humidity Range : 30% – 95% RH

UV-Visible spectrophotometer

Co-sputter

Photolithography

Alpha-step

Probe station

Ellipsometry

Contact angle

4-point probe

Atomic Layer Deposition