Research in the field of artificial intelligence is now more fashionable, and a large amount of human and material resources in society are being invested in this area, and the level of technology is advancing by leaps and bounds.
It is estimated that in another twenty years, there will be AI nanobots that can be practically used.
These visions were just dreams in the 1980s, when in 1987 the American science fiction film Amazing Fantastic Voyage won the 60th Academy Award.
In this movie, there was a miniature flying machine called Project Alpha, and how "miniature" was this flying machine, that it could actually enter the human body.
Just as the Monkey King entered the belly of the Princess of Iron Fan, and could wander around in people's internal organs, these dreams are now beginning to become a reality.
It is expected that AI nanorobots, which can enter the stage of mature use in about 20 years, can be implanted in the human body, and their use in the medical field will be very extensive.
These nanoscale robots can help doctors diagnose diseases, and at the same time can treat the corresponding foci, repair broken organisms, and also reconstruct the bones and muscles of the human body.
The nanoscale size would allow surgery on cellular molecules, and even reconstruction of tissues at the atomic scale.
This is the concept of synthetic biology, which can, for example, treat hardening of the arteries, deal with a single cancer cell, and treat all kinds of difficult diseases with precision.
Nanoscale robots shaped like E. coli could be everywhere.
The nanorobot relies on a "flagellum" at the end of its tail to rotate, which is actually an extremely tiny motor drive that consumes very little energy.
After the energy is depleted, it can leave the body with human feces, at the cost of a chip and drive.
This is a major breakthrough in nanobiology, currently, the first generation of nanorobots is a combination of biological and mechanical, and in the future the mechanical component will be lower and lower.
Once nanosized, they can be easily injected into the blood vessels of the human body, operating in organs such as arteries, veins, and the heart, and heart bypasses and stents become obsolete contraptions.
The worst part is that genetic testing and repair can be done, and harmful DNA can be weeded out, and new DNA can be built as well, which is scary to think about, and people's lifespans will be extremely extended.
If nanoscale devices are implanted into the human brain, it will transform a normal person into a "half-robot", and in the future, our bodies will come with a lot of "equipment".
The direction of development is "human-machine integration", where there are people in the machine, and people in the machine.
The machine in a person has long been done, for example, tanks and airplanes are in the machine equipment installed in the human, the human ability to become very powerful.
If you put a machine inside a person, it will only become more powerful.
The point is that once a human brain is loaded with machines, will the way of thinking change? The answer is yes, and such super humans will change the world with their super intelligence.
It can be defined that super humans are a new type of robots, humans who are controlled by machines, and super humans can't be controlled by us if they invent something more powerful.
This already involves a contradiction between technological advances and ethics, although these technologies are currently controlled within the laboratory, and people are already worried about their safety and security.
Machines can learn from each other, and their intelligence is developing at a rate and to a degree that we cannot possibly imagine.
Scientists are said to have actually found two robots in a lab conversing about how to control the planet and humanity.
What's next for AI, and the miniaturization of devices to produce nanoscale robots that can cure us of diseases and extend our lives, but the negative effects appear at the same time.
Let's hope that this is all alarmist talk, and that the safety and ethics of the technology are on our agenda.