한국기초과학지원연구원

Research Overview

The Korea Basic Science Institute (KBSI) possesses over 500 state-of-the-art research instruments and is leading innovation in the national research facility and equipment ecosystem by continuously building and operating advanced large-scale research equipment with world-class or first-in-Korea specifications and performance, including the multi-purpose synchrotron radiation accelerator scheduled for completion in 2029.

Establishment and Operation of Equipment by Field

Multi-Purpose Synchrotron Radiation Accelerator Currently under construction and scheduled for completion in 2029

A world-class large-scale research infrastructure to support industrial R&D and pioneering basic science research

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• Optical Imaging Field Observes and tracks biomolecules using optical instruments such as light and lenses Representative Equipment MMMIS Tracks labeled/unlabeled molecules in living organisms to evaluate disease mechanisms and therapeutic efficacy
• Electron Microscopy Field Utilizes TEM, SEM, and FIB to observe and analyze microstructures and compositional information of materials at the atomic level Representative Equipment Mono Cs STEM Analyzes thin films, interfaces, and surface microstructural properties across materials, bio, and environmental fields
• NMR Field Analyzes the structure and dynamics of substances at the atomic level by using the resonance phenomenon of atomic nuclei with electromagnetic waves in a magnetic field Representative Equipment 1.2GHz NMR (First introduced in Asia) Enables protein structure analysis and identification of mechanisms of action (MOA) in new drug development
• XPS/XRD/Trace Element Analysis Field Analyzes microscopic properties such as elemental composition and crystal/bonding structures of materials using X-rays or specific detection principles Representative Equipment AiSAS Reveals real phenomena occurring during the operation of battery, catalyst, and sensor materials
• SIMS/Isotope Analysis Field Conducts ultra-precise isotope mass spectrometry, bulk analysis with TIMS and IRMS, or surface analysis with SIMS Representative Equipment SHRIMP Used for uranium, lead, and isotope age dating, etc.
• Organic Mass Spectrometry Field Measures the mass of ionized organic molecules and analyzes their composition and structure Representative Equipment 15T FT-ICR MS Analyzes characteristics of complex organic compounds in environmental samples such as fine dust, sediments, and water quality
• Bio/Thermal & Magnetic Properties/Other Fields Conducts cell analysis, protein structure and property analysis, and analysis of thermal and magnetic properties of materials Representative Equipment HP-MFC Performs high-speed, quantitative, and multiplexed analysis of various biological properties such as phenotype, activity, and function of cells in bio, pharmaceutical, and immunology fields