2026 2nd International Conference on Optoelectronic Science and Intelligent Sensing (ICOIS 2026) was held online via ZOOM on January 10, 2026, in Kunming, China. Centered on cutting-edge research areas such as "Optics and Optoelectronics," "Intelligent Sensing," and "Computer Science," the conference aims to provide an international platform for experts, professors, scholars, engineers, and professionals from domestic and international universities, research institutes, enterprises, and institutions to share specialized expertise, expand professional networks, engage in face-to-face exchanges of new ideas, and present research findings. It will address critical challenges and explore research directions in these fields, fostering the advancement and application of theoretical and technological developments in academia and industry. Additionally, the event seeks to facilitate the establishment of professional or research connections and help participants identify global partners for future endeavors.
Group Photo
Keynote Speeches
Keynote Speeche 1
Prof. Guohua Xie,
Xiamen University, China
Title: Transfer Printing for MicroOLEDs
Keynote Speeche 2
Prof. Lijia Pan,
Nanjing University, China
Title: The origin and development of biomimetic electronics
Young Scholars' Report
Young Scholars' Report 1
Tao Liang
Inner Mongolia University of Technology, China
Title: A circular dual-beam cantilever fiber-optic Fabry-Perot acoustic sensor based on
MEMS technology
Young Scholars' Report 2
Liwei Hou
Chongqing Institute for Food and Drug Control, China
Title: Potentiometric Sensor Chip with Integrated All-Solid-State Ion-Selective
Electrodes for Detection of Heavy Metal Ions
Young Scholars' Report 3
Jiaan Xing
Xi’an Technological University, China
Title: low-cost, dynamic, handheld Hyperspectral 3D Reconstruction in Using Lidar- Vision-INS sensors
Young Scholars' Report 4
Qiqi Shen
Beijing University of Posts and Telecommunications, China
Title: Angle-Multiplexed Nonlocal Meta-lens
The report content of ICOIS 2026 covers multiple aspects ranging from heavy metal ion detection, low-cost hyperspectral 3D reconstruction to angle-multiplexed non-local superlenses, fully demonstrating the innovative applications and development potential of optoelectronic science and intelligent sensing technology in various fields. It is believed that through the exchanges and collisions at this conference, more innovative sparks will be ignited, promoting the continuous development of the fields of optoelectronic science and intelligent sensing.