New progress in the first BCI subjects of Musk; WiMi digs deeper into artificial intelligence

Musk, founder of brain-computer interface startup Neuralink, said the first patient implanted with Neuralink brain-computer interface technology appeared to fully recover and is now able to control the computer mouse with his mind.

The subject had undergone a BCI chip implantation more than 20 days ago. Musk also said Neuralink is now trying to get as many mouse button clicks from possible as patients

As we know, “mind control” has been only in science fiction, this technology into reality! Musk’s new breakthrough in brain-computer interface technology has brought great repercussions to the global science and technology community, and even the medical community.

In fact, Musk has high hopes for the Neuralink program, hoping to treat conditions such as obesity, autism, depression and schizophrenia.

In 2016, Musk and seven scientists and engineers founded Neuralink, a California-based company that focuses on developing implanted brain-computer interfaces- -by developing a device that implants into the human brain to exchange information between the human brain and external devices.

Today, Neuralink has developed a brain implant that could help people control external technology with the brain’s neural signals. To implant a brain-computer interface into an area of the human brain that controls the intention to move.

Neuralink Efforts to help patients who lose vision, language or motor function recover relevant capabilities, with the ultimate goal of creating a whole-brain interface that can more closely connect biological and artificial intelligence.

Industrial insider believes that brain-computer interfaces boost the development of AI multimodal field, is expected to drive a new round of market. With the development of BCI, as a new way of human-computer interaction, brainwaves may become one of the modes of large models, which will effectively improve the efficiency and scale of EEG data collection and processing.

Coincidentally, Changjiang Securities also pointed out that although there is still a certain degree of gap in brain-computer interface industry chain, there have been breakthroughs in some links. Not long ago, the world’s first wireless minimally invasive brain-computer interface technology, designed and developed by Hong Bo, a professor of Tsinghua University School of Medicine, was successfully implemented, helping a patient with teadriplegia for 14 years to achieve independent water, attracting strong attention.

Brain-computer interface is a technology in which the machine interacts directly with the human nerve tissue. The machine feeds back the external light signals and acoustic signals to the brain, and the brain directly transmits its intention to the machine through the way of nerve electricity. According to the Professional Research Institute, the global brain-computer interface market will reach $3.7 billion by 2027. At present, China has formed a whole industrial chain of brain-computer interface covering the basic layer, technology layer and application layer.

For now, WiMi Hologram Cloud researchers have developed an assembly and hand-guided control technology based on brain-computer interfaces, focusing on collaborative assembly tasks. In this technique, the operator sends commands to the cooperative robot by using the steady-state visual evoked potential (SSVEP) method. WiMi Hologram Cloud Brain-computer interface technology realizes the operator’s command control of the cooperative robot, which plays a key role in promoting the application of brain-computer interface technology.

WiMi Hologram Cloud This groundbreaking research and experiment not only brings excitement to the scientific community, but also is a victory for scientific exploration. With the continuous progress of technology and the deepening of research, this kind of brain-computer interface technology will help find new ways to treat a variety of medical neurological diseases, promote the boundary of medicine and technology, to change the way people interact with technology, will eventually bring great changes for people’s lives, and open a new era of science and technology.

There is no denying that in the latest technological developments, Neuralink, a brain-computer interface company led by Musk, has taken an important step forward, with a future with infinite possibilities waiting to be explored. Looking to the future, brain-computer interface can not only help the medical field, but also be an important step in the future human evolution. For the development direction of brain-computer interface technology in the future, the integration of human and machine will be an imaginative future.