I Have a Little Black Hole

To be honest, Lei Tiantang is not too satisfied with the performance of this nano-robot that has passed relevant tests, but before the technology has made a breakthrough, the current 'Liuyin' is already the best they can do !

Of course not! It's not like you don't know those test bosses. Although the overall diameter of 'Liquid Silver' exceeds 500 nanometers, it can still do a lot of things, such as removing diseased cells in the human body and treating various diseases. It is also handy to do things related to diseases!

If the boss is willing, our company can immediately use our nano-robots for medical treatment, which can solve many related diseases!

Such as killing cancer cells, treating various blood diseases, etc. can be completed with our nanorobots, and even the most simple and crude applications, we can use it to remove various diseased tissues of the human body, so that our nanorobots can Do real non-invasive surgery! Kwafu reminded with a smile.

Indeed, even though the overall diameter of 'fluid silver' exceeds 500 nanometers, its volume is still very small compared to various cells in the human body.

Somatic cells are the basic unit of structure and physiological functions of the human body. There are about 40 trillion to 60 trillion cells in the human body, and the average cell diameter is between 10 and 200 microns.

Except for mature red blood cells and platelets, all cells have at least one nucleus, which is the control center for regulating cell life activities, controlling division, differentiation, inheritance, and variation.

The largest of the human cells is the mature egg, which is about 200 microns in diameter; the smallest is the platelet, which is only about 2 microns in diameter.

Such a diameter is already fully capable of performing various operations for 'Liquid Silver', so Kuafu said that the current nanorobots already have high medical value!

And if its scale reaches a certain level, it can be combined into various things, it can be composed of storage devices, signal transmission devices, and even a small supercomputer!

They can also repair the damaged parts of some items, and can also be combined into various weapons. Are you still not satisfied with so many functional bosses? ' Kuafu continued.

I know! I know everything you said, but I'm just not very satisfied with the performance of our nanorobot!

You see, even if it can accomplish the things you said, many of its shortcomings cannot be ignored, and these shortcomings are fatal at critical moments!

First of all, it has not yet mastered the ability of self-replication, which is a very important ability for nanorobots!

Our 'flowing silver' can only be produced with equipment, and the production speed is not fast. Our current nanorobots have been produced for several hours. It is too slow to achieve commercial applications with such a production speed. !

So even if we have mastered the manufacturing technology of nanorobots now, I am willing to use this technology in the medical field, but its manufacturing speed determines that the cost of its use will be very high, and it can only be used to treat the rich. Something I'd rather not roll out!

Our company is not short of so much money for medical treatment now, but because of such a thing, our company's image will be greatly reduced among ordinary people.

With our current production technology, our 'flowing silver' can only be regarded as our company's internal welfare in a short period of time. If the company's employees have a sudden illness, we can use it, and at most we can treat us again. The partners use it for free!

To put it into the market on a large scale, either we can solve the problem of large-scale production, or we must enable nanorobots to achieve self-replicating production!

Also, the current 'Liquid Silver' is limited by our technical strength. Its material performance is not good, its strength is not enough, and its anti-interference ability is not too good.

This makes it impossible for many applications to do so.

In the complex electromagnetic environment and some dangerous surrounding environments, it will be irreversibly damaged, and at this time they have no ability to self-proliferate, which means that there is no death, and the task can only be abandoned halfway!

In addition, its charging method can only be carried out by using light energy and wireless charging. There are more restrictions when performing various tasks, and many tasks cannot be completed!

So I'm really happy with the appearance of this nanorobot, but I'm really not satisfied with its performance! Lei Tiantang explained with a smile.

In fact, there has been a lot of debate about the self-replication of nanorobots.

The idea of ​​ordinary nanorobots for mass production isn't particularly enticing, but nanorobots capable of replicating themselves do.

If that were feasible, the idea of ​​producing anything from a smartphone to a skyscraper in an instant wouldn't seem far-fetched.

A large number of replicated nanorobots can decompose garbage and absorb and decompose toxic pollutants in the air. If successful, the problem of environmental pollution is expected to be fundamentally solved.

But these self-replicating nanobots could also be terrifying. They may be equivalent to a new kind of parasite, and no one can stop their infinite expansion, and eventually the whole world will become a gray mush that is indistinguishable.

Even more frightening, they may have the ability to communicate with each other by design or through random mutation. An author is very afraid of the breeding and expansion of nano-robots in the work, and the territory of human beings may be occupied by these small robots in the future.

But what happens if nanobots forget to stop replicating? If there is no stop signal placed inside the nanorobot, the nanorobot forgets to stop replicating and replicates itself endlessly, and it is not impossible to produce disaster.

Nanobots that replicate rapidly in the human body can fill normal tissue faster than cancer cells can spread; a mad food-making robot can turn Earth's entire biosphere into a giant piece of cheese.

But these worries are completely absent for Lei Tiantang. He is not the kind of person who wants the world to be destroyed, and he has absolute confidence in his own technology. If he can't even master the technology he has developed, then such a Technology he would rather destroy than make it available.

Therefore, he was very dissatisfied with the inability of 'Liu Yin' to realize the function of self-replication, and this problem was also something he wanted to solve immediately.

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