Neuralink and the Incredible Future of the Human Brain

If you haven’t heard by now, CEO Elon Musk, one of the biggest Tesla supporters of the world, is planning to open up Neuralink, one of the most impressive and innovative tech companies in the new market. His passion for neuro and tech combined into one outstanding project promises to change the world for the better. Merging computers with human brains, the main and critical idea of this new tech company will have long-lasting effects and might even lay the foundation of an important world discovery – that is, the enhancement of Artificial Intelligence and a more careful analysis of today’s data. If we stop to think about it, Musk’s primary goal is to help humans interact with computers in ways unimagined before, which will have powerful results in many areas of interest. So, let’s talk a bit about Neuralink and how it will affect us.

1. The Neuralink wires will move the human brain without damage

One of the main features of Neuralink is that it will innovate the human-AI interaction in powerful ways – that being said, every wire that will be introduced in the human brain will detect a certain brain wave or form of activity that will stimulate the brain itself through electrodes. This is different than what has been seen until now, where stiff wires previously introduced in the brain caused real damage to its structure, being harder and not as easily movable. However, more biological and neurological research must be conducted, as Neuralink wants to become top-notch on today’s market and thus, might need to improve its resources and overall project determination.

2. The wires will act as a sewing machine

The wires will not be introduced by a surgeon or allopathic medicine (in any way or form) but they will rather be placed into the cortex of the human brain by a – what Musk calls – a Neuralink sewing machine. However, this new technology requires lots of practice, which has been, according to many studies, conducted on mice. According to Neuralink, there will be features and characteristics that might be conducted and controlled online (using online motion correction), which will place the microchip in the right place in the brain. This chip will also be able to observe blood vessels within the brain and adjust the needles according to them, writes Business Insider. These actions will be performed by a robot that will be instructed on how and when to work with these sensitive bodily mechanisms.

3. A chip that translates brain activity into different patterns

The brain’s activity, as you might already know, will be interpreted and picked up by electrodes that I have mentioned before. The noise created in the outside environment (and within the brain) will, therefore, be translated into various wave patterns that will stimulate the brain in different forms. What scientists are trying to do is amplify or diminish that noise and bring it as close to the source as possible. The greatest thing about this new chip is that it will look amazingly crafted (as a piece of art, some would say), and it will have abilities undiscovered before. 

However, Dr. Green at Imperial College London affirms that these new technologies have been seen before but never implemented in a real-world setting, which is what might constitute one of the drawbacks of Neuralink. The fact that these new technologies have always been (somehow) part of the world market makes people easier to accept them in their lives, which is nothing but good news overall. Since all these devices have been separately crafted and developed throughout the years, it’s great having all of them emerged into one final product, according to essay writing service specialist Jane Thomson.

4. Robots will be changed while the brain will work out ways to improve

One of the most scientific discoveries that have been made under Musk is robots’ ability to gain a sense of consciousness and realness. This will impact not only this technology but the technical world as well, as it will bring new and outstanding discoveries in the field. One of the things that must be discussed is the neural control of robotic limbs, which is one of the other goals of this project. 

Touch feedback is one of the objectives that needs to be attained within this time frame and will, therefore, be prioritized. Thus, robots might actually feel real sensations when stimulated and might be able to interact with humans in a more realistic way than ever before. This is one of the most important outcomes of this long-lasting sensorial process that will be accomplished with enough hard-work and hope. That is because, from a biological perspective, this consistent relationship between the outside and the inside world must be strongly interconnected to achieve excellence, agrees Hires in an interview with Business Insider.

5. Don’t get your hopes up: the human-AI machine might remain a thing of the future

Even if the above plan sounds like the perfect idea, there are people for whom connecting with robots and implementing brain chips might sound like a crazy joke. And these concerns are relevant – as long as this information exchanged between humans and machines is not kept 100% safe and secure, there will many potential damages created within this AI world that Musk wants so bad to attain. There are limitations to many problems even today, so even if Neuralink will work, it will still be a thing of the future that needs to be addressed and solved.


Neuralink promises to change the world’s future and puts a new perspective into people’s minds, which can be beneficial when looking at things long-term. However, in short terms, things might go slower than expected, according to our predictions.

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