The Metamaterials and Metasurfaces Lab focuses on advanced research in engineered electromagnetic materials designed to manipulate waves in ways not possible with natural materials. The laboratory explores innovative solutions in electromagnetic wave control, antenna miniaturization, cloaking technologies, and next-generation wireless communication systems. By integrating expertise in physics, electrical engineering, and nanotechnology, the lab develops novel metamaterial structures that enable new functionalities in sensing, communication, imaging, and energy systems.
Design of artificial materials with unique electromagnetic properties such as negative refractive index and wave manipulation.
Ultra-thin engineered surfaces for controlling reflection, refraction, and polarization of electromagnetic waves.
Smart metasurfaces that dynamically control wireless signals for future communication networks.
Exploring metamaterial structures for terahertz imaging, communication, and sensing technologies.
Developing compact high-performance antennas for next-generation wireless communication systems.
Designing metasurface-based systems for high-resolution terahertz imaging and sensing applications.
Researching programmable metasurfaces to enhance signal coverage, capacity, and efficiency in future wireless networks.
The Metamaterials and Metasurfaces Lab collaborates with international research institutions and technology organizations working in electromagnetic engineering, photonics, and advanced materials science. These collaborations support joint research projects, technology development programs, and international research exchange initiatives in next-generation communication technologies.
For research collaboration, industry partnerships, or student research opportunities, please contact the CISS Global research office.
Contact Research Team