세부연구분야 :

• - Development of bio-chip using next-generation electronic devices
• - A study on basic and application technologies related to the development of bio memory
• - Development of bio-chip research on diagnosis and environmental monitoring
• - Research on protein chips, cell chips, and rap on chips

세부연구분야 :

• - High Energy and Pharmaceutical Properties Control using Determinization
• - A Study on Growth Behavior and Shape Prediction of Decision Based on Molecular Modeling

세부연구분야 :

• - Manufacturing and analysis of high performance organic light emitting transistors
• - High-efficiency Organic Solar Cells Using New Deliceptor Materials
• - Nano-microstructure control technology of organic electronic devices
• - Molecular design and synthesis of organic semiconductor materials

세부연구분야 :

• - Calculation neurology (Combined memory system, neuroscope)
• - Neuroscience (decision making theory, game theory)

세부연구분야 :

• - Thermodynamic properties of various compounds and measurements on the surface
• - Process modeling and optimization
• - Measurement of the properties and melting of an ion liquid
• - nanoparticles, synthesis and recycling using supercritical fluids

세부연구분야 :

• - production of useful chemicals using bio technology
• - Research on the production technology of bioenergy resources
• - Development of industrial microorganisms through improvement of biological metabolism and analysis and improvement of strains using system biology techniques
• - Development of resource source technology for marine life

세부연구분야 :

• - Functional nano particle synthesis and clinical team application
• - Study on nanotechnology
• - nano-bio-bio-bio-chip and nano-bio-biodd
• - Cell research team, treatment technology, and medical diagnostic sensor technology

세부연구분야 :

• - Manufacturing of a multi-medical, single-nano plasmon particle for bio medicine
• - Development of a flasmon resonance energy transfer detector for molecular imaging in vivo
• - Developing and deacerbarizing a probe for surface enhancement Raman analysis
• - Manufacturing of single nanoplasmon particles for selective metal ion detection

세부연구분야 :

• - Development of a medical imaging system for contrast medium - gene drug delivery
• - Development of a gene drug delivery system for the treatment of retinal diseases
• - A Study on Developing a Next-Generation Drug Transfer System for Effective Cancer Diagnosis and Treatment
• - Development of 3-D neural tissue using stem cells

세부연구분야 :

세부연구분야 :

• - Regular porous structure materials based nanocatalys
• - Low temperature direct switching catalyst
• - C1 switching catalyst and plasma technology, gas solution technology, energy and environmental catalyst

세부연구분야 :

• - Membranes
• - Sorbents
• - Barriers

세부연구분야 :

• - Chemical materialfuel production technology by biological gas conversion
• - Design and monitoring and control of biological reactor
• - Synthetic peptide based energy material synthesis

세부연구분야 :

세부연구분야 :

• Density Functional Theory (DFT) Calculations, High-throughput Calculations, Machine Learning

세부연구분야 :

• - 연성 이온 고분자 소재 기반 이온트로닉 소자 개발
• - 전자 어드히전 (electro-adhesion) 고분자 소재
• - 전해질 고분자의 코아세르베이션 (complex coacervation)
• - 고분자 나노 박막 및 이의 결정화 연구

세부연구분야 :

• - 차세대 전지 소재 개발 및 계면 연구
• - 이차전지용 실시간 (In-situ/operando) 고도 분석

세부연구분야 :

세부연구분야 :

• Electrolyzers, Hydrogen, Fuel cells, Corrosion, Electrochemical systems, Mathematical modeling