Elon Musk and his company Neuralink will insert chips into human brains

Neuralink ready for first human trial implantation

Photo: Jan Macarol / Midjourney

In the past, we have witnessed the incredible achievements of Elon Musk, a man with a vision that transcends the boundaries of the known. Musk now claims that we will witness another milestone in history: the first human experiment with the implantation of his company's Neuralink brain-computer interface. The announcement was made after the Food and Drug Administration (FDA), the United States' Food and Drug Administration, granted approval for the first human clinical study.

Shall we prepare for a reality once reserved only for science fiction? And could we soon see Musk with an interface inside his own brain? This certainly raises a number of questions, including who would be brave (or crazy) enough to voluntarily opt for such a procedure? Maybe someone who has a medical reason for it, or someone who wants to get world attention? In any case, this opens a new chapter in the advancement of medicine and the perception of our interaction with computers.

Of course, not everything is rosy in the world of Neuralink. The company has faced a number of controversies, including allegations of abuse of test monkeys. The FDA even rejected Neuralink's application for human trials in early 2022, highlighting "dozens of issues" the company needed to address.
Even before Musk's Neuralink, Synchron, which also received FDA approval, performed America's first brain-computer interface implantation, and their studies were published earlier this year.

Currently Neuralink is not looking for volunteers for its first human trial, but promises more information will be released "soon."

For all of you excited about the idea of becoming a part of history (or maybe just those willing to play the role of a mouse in Elon Musk's lab), all you can do for now is wait impatiently.

Neuralink, Elon Musk's company, is developing the technology brain-computer interface (BCI), which could enable a range of interesting implementations if proven successful. Here are some possible uses:

Treatment of neurological disorders and injuries: One of the main uses of Neuralink technology would be to help people with neurological disorders or injuries. This could include the treatment of Parkinson's disease, Alzheimer's disease, epilepsy and even stroke. These devices could allow better understanding and control of brain activity, which could lead to new treatment methods.

Improving sensory abilities: Neuralink could eventually make it possible to improve or even restore sensory abilities. For example, the technology could help people with hearing or vision loss.

Control devices with thoughts: This is one of the most fascinating possible applications for Neuralink technology. Users could control electronic devices – from simple household appliances to complex computer systems – with just their thoughts. This could drastically change the way people engage with technology.

Increased cognitive performance: One of the promises of Neuralink technology is to improve cognitive abilities, such as memory, concentration and the ability to handle multiple tasks at once. Although this field remains highly speculative, the potential for increasing human intelligence and efficiency is tantalizing.

Telepathy: Although it sounds like science fiction, Musk envisions that Neuralink technology could enable a kind of telepathy that would allow direct communication between people without the need to speak or type. It should be noted that these are quite advanced and speculative options that require much more research and testing before they could become a reality. Furthermore, there are significant ethical and safety issues associated with implanting devices in the brain that would enable such capabilities. Nevertheless, the potential of this technology, if it proves successful, is undeniably tremendous.

Virtual and Augmented Reality: Neuralink technology could redefine how we experience virtual and augmented reality. With a direct connection between our brain and computer, we could experience immersive worlds in ways that are currently hard to imagine.

Treatment of mental illnesses: In addition to treating physical neurological disorders, Neuralink could also bring advances in the treatment of mental illnesses. By better understanding and controlling brain activity, Neuralink could lead to advances in the treatment of conditions such as depression, anxiety, PTSD and many others.

Remote control of robots and drones: With technology that allows devices to be controlled with their minds, people could control robots and drones remotely without having to rely on traditional interfaces such as joysticks or keyboards.

However, despite all these potential uses, it is important to remain realistic. Neuralink technology is still at a very early stage of development and there are significant challenges to overcome before these fantastic possibilities can become a reality. In addition to the technical hurdles, there are also important ethical, legal and social issues to address when it comes to implanting technology in the human brain. But if we manage to properly address these challenges, Neuralink could truly revolutionize how we work, communicate and perceive the world around us.

After all, as the old saying goes: "Patience is the mother of wisdom". So if you've been anxiously awaiting the chance to have a computer implanted in your brain, now might be the time to take a patience.

Although there were achievements Elon Musk often received with a mixture of enthusiasm and skepticism, it seems Neuralink it not only raises eyebrows, but also some dust. In a world where there are already concerns about privacy and data security, let alone when it comes to our brains - the most personal and intimate "storage" of data we have.

All these concerns, of course, will not stop those who believe that what was once considered science fiction is now reality. And despite all the controversy, Musk seems to be successfully continuing his milestone-breaking journey. As he once said: "If you do something and it turns out to be good, then you should do it even better next time."

First human clinical study with brain-computer interface Neuralink is undoubtedly a big step that will open the door to many new possibilities and opportunities. Or it will teach us an important lesson about how far we are willing to go in the name of progress.

While we wait for more information, we can only guess who Neuralink's first “cyborg” will be. Will it be someone who needs help overcoming a medical condition, or someone who would like to become a "superhuman"? Or perhaps Elon Musk himself, bravely venturing into the unknown as he has done so many times before?

But regardless of who will be the first, one thing is certain: the eyes of the world will be on this pioneering experiment, as we prepare for the possibility that in the future we will all become part of the "internet of brains". As Musk himself said: "Humanity is already on the way to the cyborg stop. Everything you do with a computer or phone is extremely cyborg."

It seems that it will soon be time for that statement to be verified. See you on the other side!

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