Yibo Yang

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About

Yibo Yang is a leading researcher in integrated photonics, with a primary focus on advancing optical phased array (OPA) technology for LiDAR systems. His work addresses critical limitations in current LiDAR solutions—such as high cost, low resolution, and limited range—by developing high-performance, chip-scale components. Yang’s major contributions include the design of a wide field-of-view OPA with a high-directionality antenna, published in 2023 and cited 24 times, which mitigates loss and aliasing issues that have traditionally constrained OPA applications. He also pioneered a SiN-assisted grating antenna for enhanced directionality, a 2023 paper with 6 citations that targets the drawbacks of mechanical, microelectromechanical, and flash LiDAR. Through these innovations, Yang has demonstrated how integrated photonic circuits can enable compact, efficient, and scalable LiDAR for automotive, robotics, and aerospace applications. His work is notable for its practical approach to overcoming real-world deployment barriers, making him a key figure in the transition from bulky, expensive LiDAR systems to solid-state, on-chip alternatives. Yang’s research continues to shape the future of autonomous sensing and 3D imaging.