Neuralink announced that its first brain-computer interface implanter has fully recovered and can control the mouse with his thoughts, marking a milestone breakthrough in brain-computer interface technology. This technology not only has the potential to treat diseases, such as helping people who have lost limb function to regain some abilities, but more importantly, it heralds a revolutionary change in the way humans interact with artificial intelligence, allowing humans to interact with AI at a faster speed Communicate to meet the challenges brought by the AI era. Musk’s long-term goal is to bridge the gap in information processing speed between humans and artificial intelligence through brain-computer interface technology, and build a more harmonious future of human-computer symbiosis.
Musk announced that the first human being implanted with a Neuralink brain-computer interface has fully recovered and can control a mouse with his thoughts. This marks that mankind has officially entered the era of brain-computer interface. Neuralink finally took the first step and showed its great potential. Musk hopes to create humans who can talk to AI through brain-computer interfaces to deal with the problem that human intelligence output speed is not as fast as AI. Only a few dozen people in the world have been implanted with brain-computer interfaces. Neuralink has become the first company to implant chips into the human body, and its next breakthrough achievement may come soon. Neuralink's technology can not only treat diseases, but also allow people who have lost the ability to use their limbs to control their mobile phones or computers with their thoughts.
The success of Neuralink points out the direction for the development of brain-computer interface technology. In the future, this technology will play a greater role in the fields of medical care and human-computer interaction, bringing more possibilities to mankind. Although the technology is still in its early stages, its development potential is unlimited and deserves continued attention.