Super Dimension Technology Era

After the top meeting, Huang Mingzhe, Zhang Siping, and Liu Dawei did not leave the virtual conference room.

"Mingzhe, we need your help." Zhang Siping said seriously.

He did not agree first, but asked slowly: "What are you going to do?"

"We need weapons that can destroy wormholes."

Huang Mingzhe, who had endless thoughts, replied: "Destroy the wormhole? This is a bit difficult. The only weapon that can be used is a theoretical black hole bomb."

"If we build a large particle collider spacecraft, can we create a black hole?" Liu Dawei asked.

"To reach a large particle collider that produces destructive black holes, your war committee should have a plan!" Huang Mingzhe obviously knew that they were prepared.

Liu Dawei was in charge of weapons research and development. He shook his head helplessly and replied:

"There is a plan, but the diameter of the spacecraft must reach 54 kilometers to be able to accommodate the large particle collider."

Liu Dawei did not continue what he said next, because Huang Mingzhe knew very well that the speed of a spacecraft with a diameter of 54 kilometers was also a flaw, and it had to fly to the 37.1 billion-kilometer orbit of the sun, which would take until the Year of the Monkey and the Horse.

As for the current situation, time waits for no one, and they must complete countermeasures as soon as possible, because the situation on the other side is unknown, and no one can be sure whether alien civilization will suddenly come over.

Although they predict that it is a wormhole left by the Nibelungs, they cannot take it lightly. Who knows whether the Nibelungs will visit the solar system again.

Huang Mingzhe obtained temporary authority to review the "black hole bomb" project led by the War Commission, which was in the theoretical design stage.

The main reason is that the speed of the super large spacecraft is too slow, with a diameter of more than 54 kilometers, and the speed is estimated to not exceed 15 kilometers per second. It would take 78 years to reach this speed from the Blue Moon system to 36.95 billion kilometers away.

This time is too long, and the longer it drags on, the greater the risk.

After thinking for a while, Huang Mingzhe suggested: "The parts of the large particle collider that cannot be reproduced by nanorobots can be packaged and transported to the vicinity of the wormhole, and the other parts can be obtained locally by nanorobots."

Liu Dawei's eyes lit up, and he quickly opened the virtual display screen to select the items in the large particle collider that could not be reproduced by the nanorobots. Now he needed to transport 2,437 tons of irreproducible items.

However, Huang Mingzhe still felt that the war committee's plan design was too rough, so he spent half an hour revising the relevant design.

Among them, 14 sets of 40 million TeV lasers were changed to 42 sets of 1200 TeV lasers. The latest lasers are not only expensive to build, but also have parts that are too large and are not conducive to transportation.

It seems that the number of lasers has increased, but in fact the weight of spare parts that need to be transported has once again dropped sharply to 1,557 tons.

"Great, this way we can quickly deploy black hole bombs in the wormhole." Liu Dawei said excitedly.

But Huang Mingzhe was not too excited, but poured cold water on it:

"Black hole bombs can only be used for deterrence. I have set a safety threshold. The maximum black hole diameter can only reach 0.027 microns, which is enough to die with the wormhole without seriously affecting the solar system."

Zhang Siping asked hesitantly: "Mingzhe, if it exceeds this threshold..."

"A black hole will crazily devour all surrounding matter, expand irreversibly, and then gradually eat away at the solar system." Huang Mingzhe replied flatly.

Zhang Siping asked nervously: "Is there any way to suppress or destroy the black hole?"

"No, if that time comes, we can only prepare to escape from the solar system and wander into the stars." After Huang Mingzhe finished speaking, he added:

"As a precaution, we should try to remove as much matter as possible within a radius of 15 billion kilometers near the wormhole. As long as the black hole does not obtain enough matter, it will self-destruct due to Hawking radiation evaporation in about 5 to 7 years."

After speaking, he used the virtual display screen to briefly outline the situation after the wormhole and black hole bomb collide with each other, as well as the black hole's gravitational capture range.

According to Huang Mingzhe's calculations, he calculated the black hole swallowing wormhole and the neutron core in the wormhole together, and concluded that the maximum gravitational capture radius of the black hole is 11.4 billion kilometers.

In order to ensure absolute safety, he increased the maximum capture radius of the black hole's gravity to 15 billion kilometers to ensure that the black hole will not acquire surrounding matter.

Once it does not obtain enough matter, the black hole will not upgrade. And because of the Hawking radiation effect, the black hole will be unable to make ends meet and eventually self-destruct.

Of course, the premise is that the size of the black hole produced by the black hole bomb cannot exceed 0.027 microns in diameter. Once this limit is exceeded, the black hole's capture gravitational range will cover Eris, Makemake, and Haumea, and then capture Pluto and Pluto-like objects in the Kuiper belt. Celestial bodies.

When a black hole acquires matter, it will grow like a snowball, and by then the solar system will be truly hopeless.

"We will keep this limit in mind." Zhang Siping replied cautiously.

Huang Mingzhe looked at the time: "If there is any emergency, please contact us at any time."

"good."

…

For wormholes, new humans have made two preparations.

The first is to send a detector close to the wormhole, or even prepare to go deep into the wormhole; the second is to arrange a black hole bomb near the wormhole. Once an alien comes from the opposite side of the wormhole, the black hole bomb will be detonated directly to destroy the wormhole first.

These two plans are carried out simultaneously. The detector will not enter the wormhole tunnel until the arrangement of the black hole bomb is completed.

In the lunar equatorial mass projector, the three projection stations located on the back side of the moon, namely New Moskva City, Guanghan Palace City, and Xiyue City, began to calculate the direction and window period to the wormhole.

The Weihai City on the front side of the moon, which was previously responsible for building the supporting factory for the large particle collider, is once again working at full capacity.

Parts that cannot be reproduced with nanorobots are quickly produced and then transported through underground tunnels to three projection stations.

According to the plan, in order to ensure foolproofness, three sets of spare parts for the black hole bomb will be prepared.

In the preparation stage of black hole bomb spare parts, 30 detectors have been launched into the wormhole one after another and are expected to arrive near the wormhole in about 550 days.

The current detection work can only allow the "Exploration 0016" satellite to continue to move forward and obtain more data for the new human race.

on the other hand.

The war committee is speeding up its assessment of the dangers of black hole bombs. Based on the 15 billion-kilometer solid-wall clearing area set by Huang Mingzhe, they have once again expanded the range to 18 billion kilometers.

It's just that to clear such a wide area, there must be an advance base.

They plan to set up an integrated spacecraft shipyard in the Cooper Belt, an 18 billion kilometer orbit of the sun.

Use this spacecraft shipyard to build space transport ships from local materials. These transport ships can pull surrounding asteroids and other celestial bodies back to the factory.

This can not only clean up the material near the wormhole, but also bring a large amount of raw materials, forming a virtuous cycle.

If a large amount of material is transported from the inner and middle rings of the solar system, it will not only be slow, but also a drop in the bucket.

The use of local materials for nanorobots is a mainstream development in the future interstellar era.

The scientific committee is also modulating the processes of more and more materials and parts into types that can be reproduced by nanorobots.

To bring industrial products, it is better to bring nanofactories. As long as raw materials are available, they can be produced continuously.

This model effectively reduces the supplies that the spacecraft needs to carry, and is also conducive to interstellar colonization.

Thank you for your support, and thank you book friend "Guitian ぐ行" for your reward (ω｀)