Musk: Neuralink’s 1st user mind-controls cursor

Recently, Elon Musk, the founder of Tesla and SpaceX, revealed exciting news during a social media event on the platform X Spaces. The first patient of Neuralink successfully controlled a cursor with their mind. This milestone event has drawn widespread attention, painting an exciting future vision of the integration of the human brain with technology.

Musk disclosed that the patient implanted with the Neuralink chip showed astonishing recovery effects, being able to control a cursor on the screen simply by thought. This achievement is not only a pinnacle breakthrough in technology but also a revolution in the way humans interact with machines. The initial goal of Neuralink was to bring hope to patients who had lost their ability to move limbs. By implanting the chip, they can now operate a phone or computer with just their thoughts, significantly improving their quality of life.

The success of this technology is not coincidental; past research and experiments have already demonstrated the potential of brain-machine interfaces. Musk mentioned a touching case during the event, where a patient who suffered spinal cord injury due to an accident 12 years ago successfully recovered the ability to walk by implanting electrodes and neural interfaces. This case provides strong support for Neuralink’s goal of treating diseases.

Neuralink also revealed its future business plans, intending to gradually increase the number of implant surgeries. According to the company’s predictions, annual revenue in the next five years could reach $100 million, indicating that the technology will gradually move towards commercialization, bringing tangible changes to more people.

On a global scale, the development of brain-machine interface technology has become a hot topic. The successful implantation of Neuralink will further promote research and development in this field. Additionally, there are other similar technologies’ commercial applications and research progress that are also attracting attention, such as Synchron company, among others.

As technology advances, our understanding of brain function is constantly expanding. Neuralink’s research provides a deeper understanding of the human brain and reveals the neural patterns of the brain in brain-machine interfaces. Scientists have found that when the brain is affected by trauma or disease, connections between neurons can change, showing significant neuroplasticity, meaning that the brain can reorganize neural pathways.

The continuous progress of BCI technology provides scientists with new tools to study internal brain activities. Some surprising discoveries about brain structures and functions revealed by BCI recordings also challenge our traditional understanding of the brain. These findings open up new perspectives for scientists to delve deeper into the mysteries of the human brain.

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