Homo sapiens

Mars.

The dual neutron manufacturing plant of the star ring system.

Dr. Yuri is visiting the factory with Li Qingye's synchronous robot.

"Mr. Chairman, these are the dual neutron materials that were just produced..."

Inside the magnetic field confinement storage in front of you, you can see the situation inside through the transparent window, but even so, it is actually difficult to observe the dual neutron material inside.

This is because dineutronic materials are very dense.

Dineutron materials, which have no outer electrons, are incredibly dense.

The magnetic field confinement storage in front of you stores 83 grams of dineutron material, but these dineutron materials cannot be observed with the naked eye.

Li Qingye could see the polymer of dual neutron materials through the particle microscope on one side.

"Dr. Yuri, what is the current dual neutron production capacity of the Mars star ring system?"

Hearing this, Sun Li, the person in charge of the factory on Dr. Yuri's side, quickly replied: "Mr. Chairman, currently our factory can only produce about 42 to 46 grams per month."

In response, Li Qingye's eyes flashed with helplessness: "This production capacity is still too little. Dual neutron materials are the foundation of the company's next industrial revolution. We must find ways to increase production capacity."

Dr. Yuri is also very aware of the importance of dineutron materials. After all, this stuff has a wide range of uses.

Even if it is only used as a coating for the outer shell of a spacecraft, it can block high-energy particles and cosmic rays during space navigation, especially high-energy neutrons and gamma rays that are difficult to prevent.

It only needs to be coated with a thin layer of dual-neutron material on the outer shell of the spacecraft, and its protective effect is equivalent to that of a composite lead plate and a special tungsten alloy several hundred meters thick.

The weight difference between the two is very large.

Although the density of dual neutron materials is terrifyingly high, the quantity required is much less than that of composite lead plates and tungsten alloys with similar effects.

What's more, dual neutron materials can excite super magnetic fields, which is difficult for other materials to do.

All in all, dual neutron materials are good things, but the only trouble is that the production capacity is too little.

Dr. Yuri thought for a while: "Mr. Chairman, we are looking for ways to improve the technology, but there are currently various problems in various technological improvement paths. Among them, the improvement plan that is most likely to achieve a rapid increase in the production capacity of dual neutron materials is the most likely one. Just build a bigger particle collider.”

"A bigger particle collider?" Li Qingye's face was uncertain.

You must know that the star ring system surrounding the equator of Mars is already one of the largest ultra-large facilities in the solar system.

Li Qingye fell into deep thought.

If you want to build a larger particle collider, you can definitely only rely on existing stars, and you cannot choose to build a super large particle collider in the empty void.

The reason why it cannot be built in the void is very simple, for safety.

Why is it unsafe.

This is not a problem with the Very Large Particle Collider itself, but is easily observed by other civilizations.

Space cities like Zhurong City have a radius of only about ten or twenty kilometers. In addition, they are close to other natural planets or asteroids. It is difficult to detect abnormalities from alien civilizations in other planetary systems.

This is why Homo sapiens companies dare to modify planets, dwarf planets and asteroids unscrupulously, because these stars are naturally occurring, and there is no way to observe small changes in other distant planetary systems.

But in the void inside the solar system, build a particle collider with a radius larger than the radius of Mars. In the planetary systems around the solar system, you only need to provide the transit method to see the outline of this very large particle collider.

As long as extraterrestrial civilizations don't have a brain in the water, they can definitely guess that there is civilization in the solar system as soon as they see the ring structure of the Super Large Particle Collider.

Exposing yourself to the eyes of other civilizations is not a wise move.

This therefore rules out the option of building a very large particle collider in the void of the inner solar system.

As for being in the void in the outer solar system, it is also not a good choice because of insufficient resources.

Then Li Qingye ruled out the option of causing trouble in the sun itself. After all, the radius of the sun is too large, the danger is very high, and the resource consumption is too high, this is also not a good option.

After all, Dyson spheres or Dyson rings are both stellar-level giant structures that are not only easy to expose themselves, but also require an astronomical number of resources.

The inner void of the solar system, the outer void of the solar system, the sun itself are excluded, and then all terrestrial planets can be excluded.

There are only four gaseous planets left in the solar system: Jupiter, Saturn, Uranus, and Neptune.

In his mind, Li Qingye quickly evaluated various indicators of the four gaseous planets: Jupiter, Saturn, Uranus, and Neptune.

From safety considerations, Jupiter can basically be ruled out. On the one hand, because Jupiter's gravity is too great and it is located outside the asteroid belt, it is very easy to attract asteroids.

This is something that Homo Sapiens Company has experienced over the years.

The Jupiter Colonization Branch of Homo Sapiens Corporation encounters asteroids entering the Jupiter system every year.

On the other hand, the equator of Jupiter is too long, with a length of 450,000 kilometers, and it is too troublesome to build.

Saturn, which is also similar to Jupiter, was also eliminated by Li Qingye.

Now only Uranus and Neptune remain.

Regarding these two gaseous planets, Li Qingye actually believes that they are both suitable as construction sites for the Very Large Particle Collider.

Li Qingye did not think about how to carry out the engineering design. He turned his head and ordered to the accompanying assistant: "Xia Fei."

"Chairman, please give me your instructions." Xia Fei took out the biometric tablet he carried with him and opened the recording and text recording program.

"Let the Engineering Division, Space Division, and Science Division form a special team to design and build a very large particle collider and a dual neutron production factory. The construction site will be chosen between Uranus and Neptune."

Xia Fei, who had recorded everything, nodded: "I'll notify them right away."

"Um."

Li Qingye looked at Dr. Yuri again: "Doctor, you should also send some people to participate in this project."

Dr. Yuri naturally wanted the company to build a larger particle collider. He replied with a smile on his face: "I will definitely send a group of professionals there."

The group continued to visit the dual neutron manufacturing plant on Mars.

In order to produce dual neutron materials, the Mars star ring system has undergone considerable modifications. For example, a section of the vacuum ring pipe that is easily destroyed by the energy of particle collisions has been transformed into special nanorobots that can achieve instant repair effects. .

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