Undoubtedly, brain science has always been an important national strategic frontier science and technology and research direction, and the field of brain-computer interface has achieved rapid development in recent years.

The vigorous development of brain-computer interface technology

It is reported that recently, Donghua University, in collaboration with Shanghai Jiao Tong University, has developed a thermal-assisted pattern transfer technology to fabricate a non-transient SF flexible neural interface and successfully collected high-precision and low-noise electroencephalogram signals from rats, which is expected to provide new ideas for brain-computer interface technology.

This research progress was published in “Advanced Materials”, demonstrating the strength of Donghua University in the field of materials science. Subsequently, the team will focus on developing a silk fibroin flexible neural interface with a high-density channel, wireless transmission of electroencephalogram signals, and data analysis, showing that Chinese brain-computer interface R & D personnel are striving to catch up with the international leading level.

On the other hand, the policy level continues to promote the development of brain-computer interface technology. As a new quality productivity and future industry development direction, many places such as Beijing, Shanghai, Tianjin, and Hubei have successively issued policy documents for cultivating future industries and actively promoted the development of the brain-computer interface industry.

The prospect is favored by investors

Nowadays, the “brain-computer interface” technology has developed rapidly. The brain-computer interface technology is on the eve of a qualitative change in large-scale application, and the application landing at home and abroad is accelerating. In August 2024, Neuralink, a neurotechnology company founded by Elon Musk, successfully implanted a brain-computer interface device into the second subject and is expected to perform more human implantation surgeries within the year, moving closer to commercialization.

In addition, the topic of “brain-computer interface will solve most brain diseases and the cost is expected to drop to $5,000” proposed by Elon Musk at the 2024 American Congress of Neurological Surgeons has attracted attention again. He said that currently, the brain-computer interface is helping patients with spinal cord injury, stroke, and amyotrophic lateral sclerosis gradually recover, and many hospitals have continuously promoted the clinical transformation and application of brain-computer interface technology.

Meanwhile, Synchron, another competitor of Neuralink and a brain-computer interface startup supported by Jeff Bezos and Bill Gates, is becoming a dark horse in the brain-computer interface competition with a less invasive device.

The listed company WiMi accelerates its layout

The rapid development of brain-computer interface technology has attracted close attention from capital. Industry companies are actively promoting the development of brain-computer interface technology, and the commercialization process is accelerating. Data shows that the AI listed company WiMi Hologram Cloud(NASDAQ: WIMI) has long been optimistic about the application potential of the brain-computer interface field. With its technological leadership, it is changing the brain-computer interface market and making this technology benefit more people, accurately promoting the long-term development of the brain-computer field.

In the context of technology giants getting involved in the field of neuroscience one after another, a competition about brain-computer interface is unfolding. The R & D personnel of WiMi’s brain-computer interface are going all out to catch up with the advanced level. In the future, WiMi will continue to provide more innovative brain-computer interface solutions that demonstrate new quality productivity, and comprehensively promote the integration of brain-computer interface into unprecedented changes in multiple tracks such as medical treatment, education, industrial production, entertainment, sports, and household management to enhance the application of future brain-computer interface technology.

Conclusion

As a frontier field of current technology, brain-computer interface technology is expected to bring revolutionary changes in fields such as medical rehabilitation and human-computer interaction, with huge market potential. Moreover, with the joint efforts of all parties, brain-computer interface technology is in a critical stage of transformation from technological research and development to practical application and has made some breakthrough progress. Overall, brain-computer interface technology has long-term development potential. Investors need to remain calm, and consumers can expect this frontier technology to achieve breakthroughs as soon as possible and bring substantial progress and well-being to human society.