Very late, Xia Junxin was still in the study with his younger brother studying the control technology of nanorobots.

Moreover, she already has a set of ready-made nanomachines in her hands.

This group is divided into several types: cell robots, virus robots, electromechanical microrobots, as well as miniature fusion reactors, high-capacity infantry batteries, core computers, and frequency-conversion semiconductor laser arrays.

The functions of each subsystem are as follows: biorobots obtain information about injuries, computers control biorobots to coordinate actions, micro-fusion stacks and batteries provide energy consumption, and semiconductor laser arrays provide energy over long distances.

These combinations are not new, as they have already been developed by teams in various countries.

On the contrary, the core of the most systematic system is nano- and micro-level biological robots, and the technology used is more complex than the above.

There is a report that describes the rescue process of nanorobots like this-

Analogy with the steps of caring for the wounded.

When the Medic confirms that it is an emergency distress message from a friendly soldier, the computer will automatically fire a steady stream of biological robots at the friendly troops. After the biobot swarm reaches the wound:

The first step is for the gel-type biorobot to enter the ruptured blood vessel and the place where the interstitial fluid flows out, and initiate the gel reaction to stop bleeding.

In the second step, a biological robot with micro-teeth eats the dead flesh of the wound.

In the third step, two types of virus robots and stem cell robots carrying standard human genes begin to work, one is responsible for reading the DNA of the injured person, and the other is responsible for overwriting the DNA of the injured person into the standard type stem cells.

In the fourth step, the laser handling robot enters the space between the blood vessel and the broken tissue, transports the blood clot of the injured person and the gel-type biological robot that entered it before, and the differentiated stem cells are filled into the damaged place in an orderly manner under the handling of the laser handling biological robot.

But such a complex system is obviously not possible without strong command and control.

The human body is much more complex.

If nanobots could be injected into the bloodstream and only treat diseases in the blood, it would be easy to do.

But if it is necessary to penetrate blood vessels, through muscles, then through the abdominal wall, into complex internal organs or any part of the abdomen and thoracic cavity, or even the brain...... It's not just a matter of injecting it.

It's like a tank, it needs to be able to walk on flat ground, it needs to be able to dive, and it needs to be able to climb mountains.

Herein lies the difficulty.

No matter how powerful the nanobot is, it must be commanded by someone to accurately pass through the human body without causing trouble to the "friendly army".

When Xia Junxin appeared at the meeting on the top floor of the building with Xia Yanqing and more than a dozen computers, everyone was surprised.

"This time, I was also selfish...... I want to use my own skills and the doctor's cooperation to heal Xiaoqing's damaged nerves-" Xia Junxin first introduced his brother's situation.

Because this time Xiaoqing acted as a clinical experimenter, although it seems simple, it is not looser than treating other diseases, on the contrary, if the doctor, nanorobots, Xia Junxin's operation technology, and Xiaoqing's machine programming, any technology makes a mistake, Xia Yanqing's nerve damage will worsen.

After some negotiation, the teams quickly selected a representative doctor to examine Xia Yanqing first, and then marked the damaged nerve area on the scanner to study the most suitable plan for the nanorobot.

For example, the lumbar spine is a complex area, and how to safely enter the damaged nerves and the lines of nanorobots requires a clear plan from a wise doctor.

……