새로운 광학 측정 및 분석 방법을 개발하여, 나노스케일 시스템 속 숨겨진 현상을 밝혀냅니다.

We develop optical methods of measurement and analysis to reveal hidden phenomena in nanoscale systems. Our research connects imaging, spectroscopy, and optical instrumentation through quantitative analysis, data-driven interpretation, and automated workflows.

Adjust your lens of attention, and the world will whisper its secrets.

Our research spans three connected directions: Optical Microscopy & Quantitative Imaging, Nanoscale Spectroscopy & Quantitative Analysis, and Automated Photonic Systems & Optical Diagnostics.

• Optical microscopy for nanoscale and bio-related systems
• Low-light imaging for sensitive optical measurements
• Quantitative microscopy for tracking transport and dynamic processes
• In vivo imaging for biological monitoring and functional observation
• Image reconstruction and enhancement for improved contrast and sensitivity
• Super-resolution imaging beyond the diffraction limit

• Single-particle spectroscopy of luminescent, plasmonic, and hybrid nanostructures
• Fluorescence, Raman, and photoluminescence spectroscopy for nanoscale characterization
• Quantitative analysis of optical responses in nanoscale systems
• Spectral analysis of complex and heterogeneous nanoscale systems

• Integrated optical systems for microscopy, spectroscopy, and instrumentation
• Automated measurement and experimental control for optical platforms
• Real-time data acquisition and processing for dynamic measurements
• Integration of photonics with control and data systems
• Feedback-based and adaptive measurement systems
• Application to large-scale facilities and interdisciplinary research