There's a black hole inside me

What does this mean for mass production of nanorobots?

What are the uses of nanorobots and what role can they play?

In fact, Jiao Chengyue summed it up very clearly in one sentence: eliminate more than 99% of biological diseases.

That is, bacterial and fungal infections, viral infections, cancer cell lesions in the human body, etc. can all be solved.

Use nanobots to kill.

Many previously incurable and terminal diseases, such as AIDS, rabies, rheumatism, and intractable diseases such as leukemia, can be treated with nanorobots, allowing patients to recover quickly without having to take a lot of drugs. chemistry medicine.

It can be said to be the end of countless diseases.

But the more exaggerated the capabilities of a nanorobot, the more difficult it is to develop, which can be called "Zenith star technology."

To give a more specific analogy: the difficulty of manufacturing nanorobots is at least ten times that of 2-nanometer chips.

Because the average diameter of a single nanorobot is only 10 microns, which is slightly larger than a red blood cell.

But scientists want to achieve three core functions in such a small volume.

One is motivation.

Nanorobots must be able to move autonomously, move purposefully throughout the body, and concentrate their forces to eliminate lesions.

Therefore, there must be a "power source" inside the nanorobot, or a device that can generate power, and ensure that its battery life is long enough so that it will not "run out of power" after a few hours of use and enter a state of paralysis.

Best, its power is to be able to work for a long time, even permanently, like a perpetual motion machine that will not stop.

The second is identification.

It can accurately identify harmful viruses and microorganisms, but most viruses and microorganisms are transparent or translucent in color and not colorful or colorful, so it is impossible to judge whether they are harmful in appearance.

So you have to scan its shape.

And equip the nanorobot with a "precision-guided warhead" - protease, so that it can be accurately matched and then killed.

The third is control.

Can be controlled very flexibly and accurately.

Instructions can be given externally to allow the nanorobots to quickly concentrate on a certain area of ​​the human body to fight a war of annihilation.

Plan the route for a single nanorobot to prevent it from getting stuck in some blind spots and unable to move.

After the disease is completely eliminated, in order to prevent the human immune system from attacking foreign objects such as "nanobots", after the battle, the nanorobots must be withdrawn from the human environment and leave through the intestines or other means.

If you want to realize even one of the above three core functions, you have to solve hundreds of difficulties. You have to find a few or the only successful path from countless attempts. Even if you try hundreds of methods, But all are dead ends.

For example, if a nanorobot is to work efficiently for more than a day, its energy density must be more than ten times that of the "Emperor III" high-energy battery.

For another example, to achieve precise control, a single nanorobot must be able to hold about 1MB of information and be able to send back electromagnetic waves for display positioning.

All functions must be integrated within an average diameter of 10 microns.

Theoretically speaking, with the current level of human science and technology, it may not be possible to create such nanorobots fifty years from now.

But Jiao Chengyue led his technical team to do it.

Mass production of nanorobots is about to be achieved.

"The nanorobot we developed can be called the first generation of nanorobots."

"Its energy system uses a special absorbing energy storage material, which uses 3G electromagnetic waves that can penetrate the human body to irradiate it to obtain energy, and can reflect back 2G electromagnetic waves to roughly determine the position of each nanorobot... Through the method of electromagnetic wave radiation, it not only solves the energy supply problem of nanorobots, but also solves the problem of precise control. "

"The amount of information it can store is 800KB, which is enough to concentrate it in a designated area according to the instructions, and eliminate the lesions efficiently and quickly, leaving no fish behind."

"Later, we will add a 'drug' transport function to it, delivering specific drugs to cells with problems to solve intracellular problems, such as enhancing cell vitality; or injecting genes into cells with genetic defects. Repair substances for more efficient targeted treatments.”

"Its appearance is enough to declare that mankind has completely defeated disease! It has broken free from the shackles of nature and will no longer be troubled by any disease or plague."

Jiao Chengyue said excitedly.

but……

He also had to point out some shortcomings and limitations of the first generation of nanorobots.

For example, the power density is still not high. Unless it is concentrated and the intensity of electromagnetic wave radiation is increased, powerful capabilities can be unleashed, and the virus can be killed much faster than the virus multiplies.

However, if it spreads throughout the body, it will be less efficient and may be rejected by the immune system.

In addition, it is susceptible to interference and influence from various air clutters of Blue Star, resulting in a high error rate, and it must be operated in an electromagnetic shielding room.

The most fatal point is that due to insufficient power, the first generation of nanorobots is difficult to clean up stubborn toxins in the human body and cannot carry out efficient detoxification.

But there are ways to solve these problems!

"What solution?" Wei Ming asked.

"Building a space hospital."

Jiao Chengyue said: "In the weightless environment of space, since there is no need to overcome the influence of gravity, the work efficiency of the first generation of nanorobots can be increased by more than three times, and toxins in human bones and internal organs can be more easily excreted. In addition, Without the interference of the ground clutter environment...its capabilities can be maximized!"

"Minister of Health, just imagine, the "Long Life Plan" project team has overcome the problem of life extension, repaired telomeres, and easily extended human life to 150 years. And our nanorobots have eliminated all diseases and can also help increase cell growth. Vitality, repair of defective genes, elimination of stubborn toxins...almost all the core problems of the "Immortality Plan" have been overcome, giving humans the technical foundation and prerequisites to extend life and restore health and vitality. "

"I estimate that the day the space hospital is built will be when the "Eternal Life Project" succeeds, so we need a space hospital!"

Space hospital?

Wei Ming muttered.

Suddenly I remembered a movie I had watched called "Elysium". In it, there was a powerful and magical space hospital that could cure all diseases, but it only served the rich. In order to cure the disease, the protagonist of the Virgin took her own life. Fate took a chance on it.

Now, listening to what Jiao Chengyue said, space hospitals seem to be the only way for human beings to have a healthy and long life.

"Find someone to do some research and come up with a specific design and construction plan."

Wei Ming thought for a moment and said, "If such a space hospital is needed, I will find a way to build it."

"Yes, Mr. Wei!"