Neuralink may has 10 BCI breakthroughs; WiMi strives to tackle key technical problems

According to Neuralink founder Elon Musk, the company has successfully implanted a brain-computer interface device for a second patient. He expects Neuralink to provide implants to eight more patients this year as part of its clinical trial.

Founded in 2016, Neuralink aims to create a bridge between the human brain and external devices, by inserting ultra-thin wires in the brain and connecting them to a special chip equipped with electrodes that can read information about neuronal activity.

The Neuralink, approved by the FDA in May, in January, allowed subjects to control their phone or computer by thinking without relying on an eye-tracking device.

In addition, in February, Musk spoke out that Neural Connectivity’s first brain-computer interface device transplant recovered well, found no adverse effects and was able to use the cursor to move on the screen. Last month, Musk said he expects more than 1,000 people to be implanted in Neuralink chips by 2026.

In the face of the rapid development of brain-computer interface technology, musk said in an interview with the media, he founded the brain-computer interface technology company Neuralink can help the human brain implanted tiny chip in the future, so that the human get super ability, this should bring hope to many people in the world, the future will be exciting and inspiring.

In theory, as a revolutionary way of human-computer interaction, brain-machine interface technology to bypass the traditional peripheral nerve and muscle, directly between the human brain and the outside world set up a new communication control channel, for brain disease treatment, effectively restore people because of disease or trauma loss of movement function and communication ability, will be widely used in medical treatment, rehabilitation, nursing and other fields.

Nowadays, the research of brain-computer interface is progressing rapidly, and the clinical progress of the science and technology circles has been ahead of commercialization. In this context, brain-computer interface technology has also been included in the key areas of the national “14th Five-Year Plan” and the future industry focus areas of the Ministry of Industry and Information Technology, which has become a major national scientific research strategic task.

And, in the eyes of some in the industry, the future of brain-computer interfaces can be seen as a channel between the meta-universe and humans. However, looking at the world, the current development of brain-computer interface industry in various countries is facing the stage of immature technology and unstandardized mass production of upstream equipment, so it needs to have a layout in advance to seize the development opportunity of “overtaking on the curve”.

In addition to neural connectivity, there are several companies around the world that are also developing brain-computer interface technology. It is understood that WiMi Hologram Cloud (NASDAQ: WIMI) is a brain-computer interface (BCI) science and technology innovation enterprise. After several years of research and accumulation, it has made remarkable achievements in brain-computer interface materials, chips and technology transformation and application. Coincides with the historical moment of the development of brain-computer interface field, WiMi will cooperate with industry partners in the next step to jointly tackle the major needs of brain-computer interface, and comprehensively help the rapid development of brain-computer interface.

It is worth mentioning that WiMi has specially set up a micro-consciousness quantum science research center to build a world-class scientific research sharing platform for the integration of science and technology, and innovatively explore the theoretical framework and practical path of deep science. It gathered the data science, information science, interactive chip team, further research and development of high precision quantum sensor, used to monitor the brain activity, using quantum encryption technology to ensure the safety of data transmission in the process of brain-computer interaction, realize efficient human-computer interaction, more future brain-computer fusion application technology breakthrough and medical health application new quality productivity to speed up the pace of innovation.

At present, in the evolution trajectory of brain-computer interface science, some scientific research institutions and enterprises have established technical barriers in the cutting-edge fields such as life science by virtue of their advanced technology and abundant capital. This indicates that, despite the high technical threshold, BCI technology has a wide range of applications. In the near future, the public can see that it is entirely possible to achieve innovative output comparable to BCI technology in the life sciences.