Research Overview
Research Overview
My research focuses on antennas, electromagnetic wave propagation, measurement, sensing and wireless applications. It spans microwave, millimeter-wave and terahertz frequencies, combining theoretical analysis, numerical simulation and experimental evaluation.
By understanding and controlling electromagnetic propagation and antenna characteristics, I explore applications in communication, measurement and imaging.
Main Research Areas
Antenna Design and Evaluation
I design and evaluate slot antennas, broadband antennas and millimeter-wave antennas, investigating their application to practical communication and sensing systems.
Electromagnetic Wave Propagation
I analyze electromagnetic propagation in free space and complex environments to understand and evaluate the performance of wireless communication and radar systems.
Radar and Sensing
My research explores electromagnetic techniques for noncontact measurement, including the estimation of internal structures and the detection of foreign objects.
Wireless Communication Applications
I investigate antenna and propagation technologies for next-generation wireless communication systems, including applications related to 5G and 6G.
Research Approach
- Integrating theory, numerical analysis and experimental validation
- Connecting antenna design with system-level applications
- Developing applications across communication, sensing and measurement
- Linking fundamental principles with practical implementation