Imaging Analysis Equipment Development Research Group
Development of new analytical technologies through the development and demonstration of imaging analysis equipment based on optical/mass spectrometry
- Develops a time-of-flight secondary ion mass spectrometer (ToF-SIMS) for imaging mass spectrometry to analyze the chemical composition and 3D spatial distribution of organic surfaces, thereby achieving localization of core source technologies and proactively responding to the demand for advanced analytical equipment in industry.
- Develops optical microscopy systems, biochips simulating biological microenvironments, and AI-based analysis technologies for the advanced analysis of semiconductor/display devices and biological cells/tissues.
Research Infrastructure
Possesses research equipment development infrastructure based on optical/mass imaging analysis
- Developing a time-of-flight secondary ion mass spectrometer (ToF-SIMS) capable of high-precision analysis of biological samples in organic molecular systems and display-related materials/devices based on cluster ion beam analysis technology, while also focusing on the localization of surface treatment and pretreatment technologies using Gas Cluster Ion Beams (GCIB).
- Developing and applying a multimode optical microscopy system that integrates optical coherence, confocal, and nonlinear imaging technologies for 3D samples, enabling structural and molecular imaging, along with biochips simulating biological microenvironments and AI-based analytical technologies.
3D Molecular Imaging Mass Spectrometer
