Super Dimension Technology Era

December 7th.

Jiuquan Space Launch Center.

The Chang 5-D3 carrier rocket launched six days ago, after six days of intense inspection and maintenance, was installed with two silent satellites and was once again ready for expedition.

After completing the hypertron verification work at Dayi Base, Huang Mingzhe stopped by the Jiuquan Space Launch Center.

Qin Jingwei, the person in charge of the launch center, accompanied him, and the group was in the command hall of the launch center.

"Academician Huang, the launch is about to begin." Qin Jingwei said slightly cautiously.

Huang Mingzhe waved his hand and signaled the other party to go to work: "You should follow the normal work process, don't be too formal."

Qin Jingwei, who was granted amnesty, quickly went to arrange the launch work.

The large screen above the command hall shows the Chang 5-D3 in the launch tower. This is the seventh launch mission of this launch vehicle.

The launch vehicle was supposed to be launched yesterday, but it happened to snow heavily at the Jiuquan Launch Center yesterday, so the launch could only be postponed until today.

Changwu-D3 carries the last two silent satellites of the silent satellite system. Once the launch is completed, it means that the silent satellite system has officially been put into use.

In fact, there are now 34 silent satellites, plus 12 large-scale π neutrino transmitting stations in China, which can cover most areas in the world.

The only dead spots are the 1.36 million square kilometers of Antarctica and the 1.13 million square kilometers of the Arctic Ocean.

The dead-end area in Antarctica is easier to talk about, but the dead-end area in the Arctic Ocean must be covered, because there are many nuclear submarines operating under the ice in the Arctic Ocean, and it cannot be done without locking them up.

At 11:20 a.m., there were still some stratus clouds in the sky, but they no longer affected the launch.

The light blue rocket engine tail flame instantly evaporated the cooling water pool at the bottom, and Changwu-D3 soared into the sky.

Everything is very normal. Not only the domestic people feel normal, but even foreign countries are not making a fuss. They are just lamenting the wealth of China.

Although the launch cost of Chang 5-D is very low, each launch costs tens of millions of dollars (excluding satellite cost). Six launches a month is close to 100 million yuan.

Not only did Lucia in the north look envious and jealous, but even the United States felt sour in their hearts. While they were envious and jealous, they also said the grapes were sour when they couldn't eat them.

…

Inside the command hall.

Changwu-D3 successfully separated the core level one and the core level two, and then placed the two silent satellites into designated orbits.

This moment marks that Blue Star has officially entered the era of nuclear silence. Nuclear blackmail has completely become a thing of the past. The dead hand system has also completely failed. The balance of the world has once again tilted towards the east.

The two silent satellites quickly carried out trial operation tests. On several scientific research vessels in the middle of the Pacific, the unprotected nuclear fusion reactors suddenly shut down.

The golden crow that was singing loudly seemed to have been strangled by an invisible hand, and the exciting singing stopped suddenly.

Huang Mingzhe nodded with satisfaction. The second trump card was completed. The next step was to deploy the Phoenix satellite system.

"let's go!"

"Okay, sir." Zhang Shihe used his brainwave glasses to instruct the driver and security team outside to leave.

A few minutes later, the convoy was driving on the highway from Jiuquan to Zhangye. In fact, the Jiuquan Space Base is still a special existence.

Not only because it is the cradle of China’s aerospace industry, but unlike other space bases, Jiuquan Space Base is divided into two parts. The main base is in Jiuquan, Hexi Province, while the launch site is 300 kilometers away in Ejina Banner, Mongolia District. there.

The Hexi Corridor, which used to be slightly dry, has now returned to the humidity of ancient times. Forests, grasslands, artificial lakes and glass greenhouses are densely packed on both sides of the highway.

The southern route of the water pipeline from the coast passes through the Hexi Corridor and extends to the Taklimakan Desert in Xinjiang.

In the car, Huang Mingzhe closed his eyes and rested while checking the urgently needed technologies through the virtual network. He planned to temporarily put aside his theoretical research work and invest in the research and development of applied technologies.

It seems that the particle manipulation technology he proposed before is worth investing in.

This technology was previously used by Fang Ge on cell robots, but the real use of this technology is on nanorobots.

It's a pity that the Nanorobot Research Institute of Thinking Society has never made any breakthroughs and is stuck in the laboratory stage.

As for the cell robots used by Fang Ge and others on biological computers, they can only be considered micron robots.

The largest cell in the human body is the egg cell, with a diameter of about 0.1 mm, which is basically visible to the naked eye; the smallest cell in the human body is the platelet, which is between 2 and 4 microns.

The smallest cell discovered by humans so far is an archaea found in the Arctic Ocean, with a diameter of about 50 nanometers.

Apparently cell robots can only work at the micron level.

Moreover, the cell robot has a fatal flaw, that is, it can only be controlled by contact within the body and on the body surface, and cannot leave the body.

A true nanorobot must be able to leave the body and be controlled over long distances to be considered a qualified product.

After checking the work progress of the Nanorobotics Research Institute, Huang Mingzhe found that they currently mainly encountered long-distance control problems, energy battery problems, and self-repair problems.

Because nanorobots are very small, they are destined to be difficult to store a large amount of energy. In order to achieve many functions, they are destined to give up protection, so they must have the ability to self-repair or replicate quickly.

The main problem with long distances is that they are susceptible to interference. Even if the enemy does not use electromagnetic interference or the like, nanorobots are very susceptible to interference in ordinary environments.

In an ideal laboratory environment, the maximum control radius is less than 5.7 meters; in an urban environment, the maximum control radius is only about 1.2 meters; in the wild environment, it is slightly better and can reach about 2.8 meters.

This distance seems very useless. It is not as flexible and practical as the cell robot inside the body, and the control distance outside the body is only one or two meters, just for making wool.

Huang Mingzhe looked at the environmental interference factors of nanorobots. Nanorobots use terahertz waves as communication signals, but the nanoreceivers of terahertz waves are too fragile and sensitive, and are extremely susceptible to interference from external electromagnetic waves, light waves, magnetic fields and even sounds.

Regarding this problem, Huang Mingzhe started a spark of inspiration, and after a while he got another solution.

Since the use of electromagnetic waves or light waves is prone to interference, he will not use electromagnetic waves and light waves. He plans to use neutrinos, which he is good at, as a communication carrier.

For battery issues and self-healing issues.

Huang Mingzhe also has a solution. The battery problem can be solved with wireless charging technology. The current domestic wireless charging technology can reach about 150 meters.

The reason why the Nanorobotics Research Institute does not use wireless charging is actually because they cannot use it.

As mentioned before, the signal communication of nanorobots is very susceptible to interference, and using wireless charging as a strong source of interference is tantamount to self-contradiction.

Neutrino communication just avoids electromagnetic interference and can not interfere with wireless charging.

Huang Mingzhe plans to use bionics to solve the final self-repair problem, imitating the structure of viruses or bacteria to achieve rapid self-replication of nanorobots.

Once the three problems are solved, the nanorobots can come out.

Of course, this is a preliminary idea. In addition to the ready-made wireless charging technology, the remaining neutrino communication technology and bionic nanostructures need to be solved by him.

Thank you for your support (ω｀)