Chair
Prof. Yufei Ma Harbin Institute of Technology, China

• Photoelectric Information technology is a foundational discipline focused on the generation, transmission, processing, and utilization of information carried by light. It leverages the unique properties of light, such as high speed, large bandwidth, and excellent parallelism, to enable technologies ranging from high-capacity fiber-optic communication to advanced optical computing and imaging. Photoelectric Sensing, a critical application of this field, involves converting various physical, chemical, or biological parameters into measurable optical signals. Sensors detect changes in light properties—intensity, wavelength, phase, or polarization—caused by interaction with the target. This allows for highly precise, non-contact, and often real-time measurements. Together, these interconnected technologies form the backbone of modern innovation. They are indispensable in telecommunications, medical diagnostics, industrial automation, environmental monitoring, defense systems, and the rapidly growing Internet of Things, driving progress towards smarter and more connected systems.

Submission Link: https://www.zmeeting.org/submission/ictc2026 (Choose Special Session 8 to Submit)

Special Session Organizers Biography:

Yufei Ma is a professor at Harbin Institute of Technology, China. He is an Optica Fellow and the winner of National Outstanding Youth Science Fund. His research interests include optical sensors, trace gas detection, laser spectroscopy, solid-state laser and optoelectronics. He has given more than 50 invited presentations at international conferences. He serves as area editor for Elsevier Photoacoustics and Wiley Microwave and Optical Technology Letters. He also serves as associate editor for Optica Optics Express, SPIE Optical Engineering, and Frontiers in Physics. He also serves as topical editor for Opto-Electronic Advances, CLP Chinese Optics Letters, MDPI Sensors and Applied Sciences.