Ultra-Dimensional Technology Era

Considering that there will be an expedition to Mars in March next year, only 2000 kilometers of underground orbits are currently planned to be built.

This equatorial electromagnetic orbit is not built just for the New Moscow City launch site. It can be divided into dozens of launch exits along the way. If necessary in the future, you can find a location and build an extension pipeline.

Use nano-robots to dig tunnels and transform them, and use local materials to produce room-temperature superconductor electromagnetic materials. The moon itself has abundant raw materials.

After knowing the progress, Zhang Siping, who was worried about the progress of the project, looked at the time and decided to call more personnel to support.

I sent a situation statement to Liu Dawei of Blue Star, asking them to mobilize 300 soldiers to support them as soon as possible.

In addition, I also sent assistance to the Science Committee and the Service Committee.

"Chu Bai, let's go to the parts processing factory."

"Okay, please come with me."

A group of people drove an electric car to the north side of Moscow City.

Soon everyone arrived at the parts processing plant. The mining vehicle poured a load of ore into the decomposition furnace, and the nano-robots quickly classified the elements in the ore.

Then these sorted elements are used to manufacture the required parts, and the infrequently used helium 3 and the like are stored in the element warehouse on the other side.

Under Zhang Siping's feet is a piece of room-temperature superconductor material with a length of 10 meters, a width of 1.5 meters, and a thickness of 0.2 meters. There are 10,000+ pieces of such room-temperature superconductors in stock in the parts warehouse.

Since the moon is a near-vacuum environment, the temperature difference is very huge. The average temperature of the lunar surface is 107 degrees Celsius during the day, and the highest reaches 130 degrees Celsius; the average night temperature is -153 degrees Celsius, and the lowest reaches -180 degrees Celsius.

In this case, even normal-temperature superconductors must pay attention to this temperature difference.

Because the room-temperature superconductors of the new humans can only achieve superconductivity when they are below 15 degrees Celsius, so it is necessary to set up a heat insulation layer and a refrigeration system.

"Chu Bai, I have asked Blue Star to increase support, and you are ready to take over the work."

"No problem." Chu Bai breathed a sigh of relief. He had made reports several times before, but Blue Star couldn't get the transportation share for a while, and he was always worried about the progress of the project.

"By the way, there is still a batch of daily necessities. It was very hard work in the early stage, and the highest will was recorded in the record. Your credit is indispensable." Zhang Siping patted Chu Bai on the shoulder and encouraged.

"Everything is for the new humans." Chu Bai saluted happily.

After inspecting the progress of the electromagnetic orbit on the back of the moon, Zhang Siping returned to Blue Star.

Chapter 3 and Six

Huang Mingzhe, who was investigating at the Dayi Base in Xi'an, received assistance from Zhang Siping.

I took a look at Assist Han. The above is about the construction of the new Moscow launch site on the back of the moon and the equatorial electromagnetic orbit of the lunar ring. The latter is to hope that the Science Committee can send a group of engineers and scientists to support the construction of the moon through stand-in robots.

Regarding this kind of assistance, Huang Mingzhe did not make things difficult for the War Committee. Anyway, the Science Committee also needed the facilities on the moon, so he readily agreed.

"Mingzhe, we have refreshed a lot of data now, is it really necessary to build a large lunar particle collider?" Wang Yifang asked puzzled.

The reason for this question is that the Dayi Collider has been upgraded to the 1700 million TeV energy level, and is about to enter the 2000 million TeV energy level.

Now the data generated by the Dayi Particle Collider is very large and complex.

There are more than 2 researchers in the Institute of High Energy, and more than 4000 of them are responsible for data analysis and processing on this side. In addition, there are tens of thousands of people from universities and other research institutes. It is still difficult to process these data.

Huang Mingzhe explained: "The matter of the large particle collider on the moon must be carried out, because after exceeding the energy level of 5000TeV, there may be unpredictable dangers. We cannot continue to put the large particle collider on the blue star."

Danger Wang Yifang was taken aback.

Academician Yang next to him reminded: "Antimatter and miniature black holes."

"Um..." Wang Yifang finally realized that as the energy level of the large particle collider increased, they were indeed observing more and more antimatter and miniature black holes.

Thinking of these two things getting out of control, it was unimaginable, and he broke out in a cold sweat for a while.

Huang Mingzhe continued: "Old Wang, you are a fan of the authorities. Although there is a high probability that the miniature black hole will evaporate, we cannot rely on the probability, but avoid uncontrollable factors. After all, there is only one blue star."

"I understand." Wang Yifang nodded.

Huang Mingzhe knew that the other party was not an ignorant person.

Academician Yang added: "The side of the moon is also conducive to the deployment of large-scale particle colliders. The near-vacuum environment and low gravity are still very useful."

……

After leaving the Dayi base, Huang Mingzhe came to the anyon laboratory in charge of Wei Feng.

"How's the situation?" Huang Mingzhe asked while looking at their research data.

Wei Feng took a sip of plain water before speaking: "Anyons do exist, but I don't understand why you attach so much importance to this thing"

After reading the data, Huang Mingzhe raised his head and replied: "When the large particle collider on the moon is completed, the conditions I need can be completed."

Wei Feng asked in surprise: "You are so optimistic about Any Zi?"

"Under the theory of grand unification, not only forces need grand unification, but particles also need grand unification. This is related to the practical application of gravity." Huang Mingzhe explained calmly.

Grand unity... Mechanics... Particles... Gravity, Wei Feng's brain is running fast.

In the early 20s, physicists first observed the "fractional quantum Hall effect," a process in which electrons clump together to create so-called quasiparticles, whose charge is a fraction of that of a single electron.

In 1984 AD, a seminal two-page paper by Wilczek, Daniel Arovas, and John Robert Shriever showed that these quasiparticles must be anyons.

But the physics community has never observed anyon-like behavior in these quasiparticles.

That leaves no proof that any one particle is different from a fermion or a boson, that is, that they can neither stick together nor completely repel each other.

This year the second cleansing battle ended, and the Science Council organized a "New Era Physics Symposium" in the physics community.

At the meeting, Huang Mingzhe clearly affirmed the existence of anyons and initiated research projects. This is the source of the anyon laboratory.

This laboratory has been directly managed by Wei Feng, Huang Mingzhe and others.

According to Huang Mingzhe's theoretical description and prediction, Wei Feng designed an experimental device, which is similar to a miniature particle collider in two dimensions.

They then used this instrument to conduct anyon collision experiments, hoping that by measuring fluctuations in the current in the collider, they would be able to demonstrate whether anyons behaved as predicted by theory.

Using this device, Wei Feng mainly wanted to observe the result of the collision between two indistinguishable particles.

If it were fermions that collided in this setup, the particles would separate after the collision and take different paths.

If the colliding bosons were bosons, they would emerge from the same exit in a cluster.

The result was as Huang Mingzhe expected. In thousands of collision experiments, anyons did not show the above two results. The anyons at the exit were not completely separated, but they were not completely aggregated, and the degree of aggregation was much smaller than that of bosons.

Therefore, this is also Wei Feng's experimental proof of the existence of anyons, and also shows that Huang Mingzhe's theory is correct.

Wei Feng has always admired Huang Mingzhe's level of theoretical research, as if he could see the future Huang Mingzhe, and Wei Feng, who is good at theory and practice, cooperated very well.