Chapter 407 Ultra-Micro Implantable Chip

In short, everything seems to be heading towards the cyber style, such as mechanical prosthesis, mechanical organ enhancement, micro-body internal power pumps, etc., which are definitely mechanized body transformation.

It is completely different from the previous genetic enhancement route of humans.

Of course, these are all derivative technologies that emerged in the process of studying the main technology, and the most important one is the ultra-micro subcutaneous chip implant technology.

This technology allows humans to implant functional chips under their skin. On the surface, this implant is to help some humans who undergo mechanical prosthesis transformation control their transformed mechanical prostheses, which is considered the system center.

However, the original purpose of development was not to make all humans into cyber style. After all, this cyber-style body transformation cannot overwhelm the previous genetic enhancement in terms of strength.

However, since humans have not yet achieved limb regeneration technology, the emergence of these derivative technologies has brought good news to those disabled people. At least they don’t have to run around in exoskeleton armor anymore.

So what was the original research purpose of ultra-micro subcutaneous chip implant technology?

The answer is obvious, that is the brain auxiliary chip.

The research team originally wanted to develop a functional chip that can assist the human brain. The goal of the auxiliary chip is to assist human calculation, information storage, digital analysis, memory, etc.

They succeeded, but the reason for their success is still due to the breakthrough of the Yikai team in the study of genetic maps.

Previously, humans had the technology of tactical armor that relied on brain waves and micro-current signals on the body's epidermis to control the entire mechanical tactical armor.

After the realization of true nanotechnology, the Yikai team went a step further and achieved results in this regard. As a result, gene modification was realized and the theory of gene seed optimization was proposed.

After combining other derivative technologies of true nanotechnology, humans have achieved the ability to have a third hand at the genetic level.

What is the third hand?

To put it bluntly, it is a hand reaching out to the virtual network, that is, humans can contact their own ultra-micro implanted chips through the brain just like controlling their own hands, and operate the virtual network.

On a warship or a living spacecraft, as long as it is within the coverage of the human network, humans equipped with ultra-micro implanted chips can access the network port anytime and anywhere to surf the Internet.

Although it seems simple to access the Internet through an implanted chip access port, it is actually not the case, because as a human being, you can't let your brain "see" a bunch of computer raw data streams.

However, this form of Internet access does not have a screen like people use mobile phones and computers, so in order to achieve this function, the human scientific research team faced many difficulties at the time.

First of all, humans must be able to "see" their Internet screen without a display screen, that is, the UI interface.

Initially, some scientists believed that this function could be achieved through the retina, just like installing a virtual screen on the human eye, but this technology requires holographic technology support, and humans have not mastered holographic technology at all, so this idea cannot be realized for the time being.

Fortunately, humans lag behind in holographic technology, but in biotechnology, they have always been as strong as a cheat.

Therefore, scientists decided to start with biotechnology.

As we all know, when the human brain sees a real thing, the information we perceive will be received and analyzed by the brain, and then conveyed to the various senses of the body again. The first way for humans to receive information is usually the eyes. The eyes transmit the image to the human brain, and then the brain quickly analyzes it, so we can see all kinds of beautiful and wonderful images through our eyes.

However, as everyone knows, eyes are not always open, that is, they are so-called blinking. The existence of blinking actually cuts off the way people receive information instantly, but the things we see are still continuous.

This is the brain's ability to fill in the blanks.

The ability to fill in the blanks is formed by the brain after countless billions of years of evolution. Everyone cannot do without it, but at the same time they are deceived by it every day.

The reason for this is that the information received by humans is discrete, but the brain will help humans connect these discrete information and then simulate the so-called factual scene.

The brain is amazing. In terms of filling in the blanks, it is mainly reflected in three aspects: one is the filling in the blanks in perception, the second is the filling in the blanks in memory, and the third is the filling in the blanks in language comprehension.

Such as visual illusions, incomplete vision, perceptual filling, memory reconstruction, eyewitness false memory, false memory, multi-meaning context understanding, voice-over understanding, etc., are all brain filling mechanisms.

So to a certain extent, it can also be said that the appearance of various things in the real world we see is actually simulated by the brain after receiving information through the eyes, rather than the appearance of the real world itself, because from the perspective of physics, the real world should only be a world where four fundamental forces are intertwined.

What we see is the appearance of the world, not its essence.

From this perspective, the so-called seeing the essence through the phenomenon is that when you touch an object, you don’t feel pressure because of the actual contact, but the electrons on the surface of your hand and the electrons on the surface of the object repel each other because of the Pauli exclusion principle.

The reason why we talk about the brain’s brain-filling mechanism is naturally because human scientists want to use this mechanism of the human brain to develop a false brain-filling UI interface.

When humans want to connect to the Internet or operate on the Internet through their implanted chips, the chips will send out some micro-current signals to stimulate the relevant parts of the brain, making the brain think that 'it' is seeing a computer UI interface.

When humans operate on this UI interface through the "third virtual network hand", brain waves will feedback information to the ultra-micro implanted chip, and then the ultra-micro implanted chip will operate the network that connects the network with humans.

Therefore, the so-called operation on the UI interface that appears in the brain is actually an illusion, an illusion that allows humans to know what they have operated. What really works is the interaction between the ultra-micro chip and the Internet.

This technology sounds very mysterious, and it doesn't look like a civilization like humans that can't even realize holographic technology can come up with it, but with the talent in biotechnology, including computer, biology, brain research team, micro-nano field and dozens of other scientific research teams, humans have really come up with it.

And this technology, to put it bluntly, is like the system operation interface that "only you can see" that often appears in novels.

Of course, it doesn't mean that with this technology, humans don't need various video screens. After all, the newly emerged technology can only realize an operation interface, and the specific content displayed after the operation on the operation interface still needs to be realized on the real screen.

Moreover, scientists have found that when a person uses this technology to operate a fake UI interface, his attention must be focused on the fake UI interface.

So it can be predicted that after this technology becomes popular, when you see a person on the street who seems to be in a daze with his eyes blank, it is not that this person is stupid, but it is very likely that he is operating his own UI interface.

The success of these technologies has also allowed the scientific research team working hard in this research direction to focus on functional chips for the next research.

Just like other technological products, the new government believes that this type of chip should also be divided into military and civilian use and some different functional requirements.

It is true that everyone has ultra-micro implanted chips, but there must be some differences in the performance, function and use of the chip.

After all, it is impossible for an ordinary person to use an ultra-micro implanted chip with an armed robot function that can control a spacecraft, right? There is no need to make the performance of the whole system higher than that of the fleet commander.

So after the successful emergence of this technology, everyone knows that the future ultra-micro implant chips will be divided into single-core, dual-core, quad-core, octa-core and so on, just like the Earth era.

This is the inevitable result of technological iteration. After all, this technology did not reach its peak as soon as it appeared. It is the beginning of a technical route and there is still a lot of room for improvement on the road ahead.

And those with powerful performance must be given priority by the military.