The brain interface for editing YouTube video -paralyzed neuralink patient also uses AI to tell with his own voice

Bradford Smith is only the third patient who is equipped with a Neuralink Brain computer interface (BCI). The progress in the technology has impressive to work with just his thoughts to edit and publish a YouTube video. Smith is from amyotrophic lateral sclerosis or as affected, an illness in which the nerves that control his muscles degenerate, which caused him not to move and speak. However, Elon Musk's investments in Neuralink finally pay off, and the patient was able to make so many progress that were previously unknown.

Elon Musk lets you talk again || Non -verbally as a patient uses neuralink to create and tell video – YouTube

Pay attention

It was only February last year when the first human neuralink implant reported reported a mouse by only using her brain. A month later, the patient has become comfortable enough with the technology that he is already playing chess and civilization 6 with the BCI. These successes are already impressive, but the second neuralink patient increased the operation a few months later. In July 2024, Alex, who suffered from a spinal cord injury, received the BCI implant. After a month in which he got used to the system, he was supposedly able to use CAD applications to create a custom 3D printer charging accessories for the implant and to play Counter-Strike 2 with his team-mate

In the video we embedded, Smith informed what the BCI looked like: a small cylindrical stack over the size of five quarters with several fine electrode threads that protrude. It was implanted by a robot to his brain to ensure that no blood vessels were damaged during the process. From there, the neuralink via Bluetooth connects to a MacBook Pro, which processes all neuronal data collected by its brain.

Smith noticed that the neuralink is bound to its motorcortex, which means that he can only read his intended movements – not his thoughts and words. At first he tried to move his hands to move the cursor, but the system did not react well. After further studies, the engineers who worked on his implant emphasized that moving his tongue was the best way to move the cursor. Bradford said that he does not think about his tongue when he moves the cursor, similar to how they do not think of moving her arm or wrist when a mouse was operated. His subconscious quickly took over the operation and now steers a computer seamlessly through his BCI.

Apart from the operation of the mouse, the third patient was finally able to regain his voice with AI. Bradford and his team used old video and audio recordings from before his as a diagnosis to train language synthesis -ai. This enables us to hear him again and tell a video that he created himself – something that would have been impossible a little more than a year ago.

The BCI technology promotes

BCI technology is continued at a remarkable speed, whereby the patients can now operate a computer themselves. Elon Musk's company is by no means the only one who works on it. For example, a Chinese company reported reportedly in April last year with the support of Beijing on a competing technology called Neucyber. The government even worked on a plan to standardize the technology, which would hopefully make it easier for various companies.

Progress in BCIS helps paralyzed patients to get control of their lives back so that they can use computers without external support. And since this technology matures even more, we may have a future in which, as and other weakening diseases for those affected, we will no longer be a lifelong prison sentence.

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