BCI technology has realized a great development; WiMi accelerates the integration of AI and BCI innovation

July 22-Startup Inbrain Neuro electronics is experimenting with a brain-computer interface (BCI) using graphene chips, aiming to test a graphene-based brain-computer interface at the University of Manchester this summer.

Last week, Synchron, a brain-computer interface (BCI) company, announced that it would integrate OpenAI’s AI model into its BCI platform chat capabilities, which provide users with generated chat capabilities.

Last month, brain-computer interaction and human-computer Integration Haihe Laboratory released its latest scientific research results. In collaboration with the Southern University of Science and Technology, they successfully developed an on-chip brain-computer interface system for four years. The system, by cultivating biological cells, forms an external brain, which connects the brain to an electrode chip to achieve mind control.

At home and abroad, it has to be said that recently, the cutting-edge technology of brain-computer interfaces has progressed rapidly and taken an important step forward. In general terms, the brain-computer interface is a “brain reading” technology, which, through real-time monitoring of human brain activities, analyzes and interprets the control instructions people want to express. In theory, this is not a new technology. As early as 50 years ago, some scholars proposed the concept of “brain-computer interface (BCI)”.

On the other hand, brain-computer interface technology is mainly divided into invasive and non-invasive two types. Invasive brain-computer interfaces signal more accurately and at high frequency and can create specific feelings in the brain through precise electrical stimulation. However, in terms of technical means, the electrodes still need to be implanted through craniotomy, and there are some safety and ethical risks. In contrast, non-invasive brain-computer interfaces have high security, a large audience, and a broad prospect for industrialization.

At present, brain-computer interface technology is moving from science fiction to reality. Although its main beneficiaries are still patients with severe physical disorders, with the deepening of research and the expansion of application, it will unlock more brain potential in the future, improve human physical and cognitive ability, and redefine the boundary of human ability.

Undoubtedly, brain-computer interface technology is expected to be regarded as a cutting-edge key technology, attracting a large number of enterprises to develop application scenarios and try industrial transformation. In this context, it is understood that in this field, as a representative of the “brain-computer interface practice” enterprise, WiMi Hologram Cloud (NASDAQ: WIMI) has explored in recent years, combined with brain-computer interface + AI technology to solve software, algorithms, such as artificial intelligence hardware technology, have good technology accumulation, the future can be used for rehabilitation research and development, brain computing and other fields

At present, WiMi established a micro consciousness quantum research center that brought together computer science, biology, polymer chemistry, philosophy, psychology, sociology, and many other scientific fields, and through a series of certified as “safe” AI technology ecosystems to build, deployment operation environment, brain-computer interface fu an enterprise application, fully shows the company in the field of brain-computer interface technology research progress and future vision.

It can be said that the MicroConsciousness Quantum Science Research Center established by WiMi has built a bridge connecting basic science and applied technology, and closely connects the profound theoretical research of basic science and the broad practice of applied technology. It will not only focus on basic scientific research, but also promote the birth of a series of disruptive technologies in practice, actively promote the transformation of research results to practical applications, and is expected to promote the productivity innovation of brain-computer interfaces in the future.

From the perspective of technology research, technology is an important tool to solve real-world problems. Once the brain-computer interface technology is used, it will serve the society more efficiently. In addition, the combination of artificial intelligence and brain-computer interface will also play an increasingly greater role in promoting human medical care, health, education, and even the development of the whole society.