Chemical and Bio ICT device

Detailed research topics

  1. Environmental analysis ICT (heavy metal, gas sensing, virus in air, etc.)
  2. Food analysis ICT (bacteria, heavy metal pollution, etc.)
  3. Home healthcare ICT (home blood checker with AI)
  4. Ultrahigh performance ICT (single cell/exosome/bacteria)
  5. Macroworld-to-microworld conversion liquid interface
  6. Regulation of ICT by combining information technologies (software and hardware)
  7. Microfluidic control by AI
  8. Drone-based sampling (water, environmental DNA, etc.)
  9. Cloud-based microfluidic control for mobile devices
  10. Low-cost production of ICT (plastic fabrication, Arduino/Raspberry Pi, Programming, etc.)
  11. Bid data analysis
  12. Cooling device for Chiplet in the semiconductor industry
  13. Organella on a chip
  14. 3D and complicated tissue formation method by a microfluidic device

Fundamental research on nanoscale liquids

  1. Nanoscale liquid behavior (property, fluid dynamics, chemical reaction, etc)
  2. Research tool to mimic intracellular reaction (proton transfer, LLPS, exosome release)
  3. Nano optofluidics
  4. Nano process in the semiconductor industry

Knowledge and technology

  1. Optics and ultrasensitive laser spectroscopy
  2. Wet analysis at pL, fL, and aL levels
  3. Micro/nano glass or polymer fabrication (2D and 3D printing) and substrate bonding
  4. Surface modification (e.g., PEG, Lipids)
  5. Signal processing and controlling electronics
  6. Air and water sampler
  7. IoT and data analysis
  8. Device and system design
  9. Macroworld to nanoworld interfaces
  10. Low-cost production and social implementation in collaboration with venture companies

Past research topics

  • Medical diagnosis device and system
  • Micro/nanofluidic device and fusion with electronics and information engineering
  • Novel fluidic operations: nano valve, single living cell sampling, concentration, etc.
  • Ultrasensitive laser detection, electrochemical detection, and X-ray diffractometry in small space
  • Basic science in nanospace: solution chemistry, single-molecule reaction, and fluidics in nanospace
  • Nano X-ray analysis of water: density of water, hydrogen bonding, etc.
  • Cellular space mimetic devices and the solution chemistry (liquid structure, enzyme reaction, phase separation, etc), fluidics, and life sciences
  • Micro/nanofluidic engineering, spectroscopy, analytical chemistry, optics
  • Single protein analytical device