The Adaptive Radiofrequency and Plasma Lab’s research is primarily focused on the interaction between electromagnetic waves and cold plasmas. Currently, high-frequency systems that employ semiconductor-based elements, MEMS, liquid crystals, and ferromagnetic materials are suboptimal for high-power scenarios, often necessitating difficult compromises. As a result, we are investigating innovative ways, including plasma-based techniques, to develop high-power, reconfigurable microwave and mm-wave solutions.

Meanwhile, although cold plasma is a critical technology in many fields, most existing plasma sources are inefficient and energy intensive. Consequently, we are dedicated to generating highly efficient plasma elements and arrays using high-frequency techniques for applications such as plasma medicine, decontamination, lighting, and RF electronics. We address all theoretical, modeling, and experimental aspects of these issues, with particular attention to low-cost manufacturing technologies, which will facilitate the successful commercialization of these devices and create immediate opportunities in numerous industries.