Research Areas:
- Artificial Intelligence
- Biotechnology
- Chemical Vapor Deposition
- Deep Learning
- Finite Element Analysis
- Flexible Electronics
- Laser Processing
- Machine Learning
- Materials Characterization/Microscopy
- Nanotechnology
- Neural Networks
- Optical Systems
- Quantum Computing
- Sensors
- Signal Processing
- Wireless Communications
Dr. Kim’s research aims to advance the fundamental science and technology of light-matter interactions for sensing, imaging, communication, and information technology across the optical spectrum from visible and near-infrared to Terahertz.
Areas of Research:
- Bio-nanophotonics
- Sensing
- Terahertz technology
Dr. Kim’s research interests are Terahertz photonics and metamaterials by exploring light interaction with matters for sensing and imaging application, including THz biomedical imaging for early detection of cancer, metamterials device for sensing, slowing light, novel detectors, photonic, eletronic, neuromorphic devices, THz spectroscopy for fundamental physics and materials science including 2D materials.
Professor Kim’s research group focus on investigating Terahertz Science and Technologies for Sensing and Imaging.
Research:
- THz Imaging
- THz Spectroscopy
- THz Generation and Detection
- THz Metamaterials
- THz Imaging and Sensing Infrastructure
