Abstract: 

Microwave photonics (MWP) is an interdisciplinary field that bridges radio-frequency (RF) engineering and photo-electronics, enabling functions such as wideband microwave signal generation, processing, controlling, and transmission. In recent years, microwave photonic chips and systems have advanced significantly due to breakthroughs in integrated photonics, semiconductor fabrication, and material science. Researchers have developed highly integrated platforms capable of performing complex microwave photonic functions on a single chip. Key achievements include the miniaturization of high-speed modulators, low-noise lasers, and advanced signal processing units.  Despite these advancements, challenges such as cost-effective mass production, thermal management, and further integration with electronic systems remain areas of active research. In this session, the latest  advancements in microwave photonic chips and systems will be showcased, and future research directions will be explored.

Session Chairs: