According to official news from the Haihe Laboratory of Brain-Computer Interface and Human-Machine Integration, the journal New Industrialization, sponsored by the Ministry of Industry and Information Technology and published by the China Center for Information Industry Development (CCID), recently featured a signed article by Ming Dong. Ming Dong serves as the Director of the Haihe Laboratory of Brain-Computer Interface and Human-Machine Integration and as the Vice President of Tianjin University. The article, titled 'Bridging the Technology Chain, Completing the Talent Chain, and Promoting the Commercialization and Application of Brain-Computer Interface Technologies', underscores the team's dedication to non-invasive brain-computer interfaces. It also highlights their ongoing commitment to driving technological innovation and fostering industrialization.

Presently, the team has constructed a holistic ecosystem encompassing high-performance devices, cutting-edge chips, sophisticated algorithms, robust platforms, seamless system integration, foundational technologies, and diverse application clusters. In the realm of clinical applications, Tianjin University has developed and launched an array of innovative medical devices for brain-computer interaction under the brand name 'Shengong'. These devices have found widespread application across various clinical settings, including stroke rehabilitation, motor assistance for individuals with spinal cord injuries, treatment of depression, and diagnosis of hearing impairments.

In the aerospace sector, the team has made significant strides by designing and developing five generations of on-orbit brain-computer interaction systems tailored for space stations. Notably, they achieved a historic milestone by successfully completing humanity's first 'space brain-computer interface experiment'. This groundbreaking accomplishment has been instrumental in subsequent manned space missions. It enables precise monitoring of astronauts' functional and emotional states, thereby enhancing their performance. Furthermore, it provides vital technological support for the next-generation medical and human factors support systems in China's manned space program.