(Topic 2) Pathogen control with triboelectricity

Last updated on Aug 11, 2024

Development of triboelectricity-based pathogen blocking and inactivation technology

  • MD (Molecular Dynamics) simulation and AFM (Atomic Force Microscope) analysis for surface characterization and electric field response analysis of pathogens (observation of pathogen behavior against external electric field)
  • Development of materials that produce the maximum electric field through surface microstructure modification and verification of electric field intensity via FEM (Finite Element Method) simulation
  • Optimization of pathogen inactivation device and verification of effects according to various mechanical energy sources (breathing, walking etc.)
Topic-2
Young-Jun Kim
Young-Jun Kim

My research focuses generating static electricity by mechanical energy and, use it for biomedical applications.