Genius of the Rules-Style System

Li Renzhe told Zhao Yi very firmly that he was going to work on the moon, "I have figured it out, Zhao Yi, I must go, and this opportunity must be left to me."

"I'm determined!"

"Even if there is danger, you must go! This time, you will finish it all!"

"I want to be a space microbiologist. Even if there is danger, I will not be afraid. I have thought about it——"

"Ula Ula~~"

Li Renzhe said a lot on the phone, and received a one-sentence reply from Zhao Yi, "Yes, I understand."

Then, no more.

Li Renzhe suddenly felt very depressed, as if he had been punched on cotton, and the surging passion in his heart did not receive any response at all.

He originally thought that Zhao Yi would say something like, "Awesome, I knew you would agree" with great approval. In fact, there was nothing, just an expression that he knew.

In fact, this is a small thing.

It's just a job opportunity to go to the moon, and it's still related to Li Renzhe's research. In terms of research ownership, Li Renzhe will definitely be given priority.

As long as there are no major accidents in the lunar experimental work, it is really a small matter to him.

If an accident does happen, ahem, all we can do is observe a moment of silence and praise Li Renzhe's great sentiment of making sacrifices for the development of science.

Zhao Yi was just thinking about it, because it was not yet certain whether Li Renzhe would go into space. He could indeed give Li Renzhe priority access, provided that Li Renzhe must pass training and assessment.

Not everyone can go to the moon.

The minimum requirement is to complete the basic training of astronauts. The basic training of astronauts must be more than three months at least. In terms of Li Renzhe's physical fitness, it is estimated that it will take more than half a year.

This is the process of training and losing weight at the same time.

The lunar base rover has not yet landed on the moon, and the location of the lunar base is uncertain, making it even less likely to see any laboratories.

Normally, the order is this.

First, the lunar base vehicle is sent to the moon to allow astronauts to determine the location of the base, and then a large amount of equipment and materials are sent to the moon.

Only at this time will we consider building a small laboratory on the lunar surface.

The time interval in between is at least six months or more, and the time interval is longer, even more than one or two years.

Therefore, Li Renzhe has enough time to train. If he agrees to work on the moon, Yixing personnel will sign a contract with him, and then he will go to the astronaut training base to receive a series of specialized training.

If he can successfully pass the training and assessment, Li Renzhe can take a spacecraft or transport ship to work on the moon after the plan officially begins.

Otherwise, nothing will happen.

At this time, Zhao Yi had arrived at the Z-wave experimental base, where the experiment exploded.

After a long period of time, nearby devices and equipment were rebuilt, and some protected houses were built to house various electronic equipment.

The biggest project in the nearby area now is to install a one-way anti-energy equalization device.

All the ordered materials and equipment have been delivered. More than a dozen engineering and technical personnel carefully compared the design drawings and slowly assembled the first piece of equipment.

This was the first time to equip the corresponding equipment. All they could refer to was the design drawing provided by Zhao Yi, and they encountered various problems during the installation process.

More than a dozen engineering and technical personnel are the core, and there are also two pairs of specialized engineering personnel to assist in other tasks. For example, some parts are too heavy, or need to be very stable during installation, or there are other needs. These are all needed. Engineering personnel come to assist.

Zhao Yi arrived at the scene with other members of the theory team and immediately participated in the follow-up work.

Whether it is Edward Witten, Qiu Chengwen, Zhao Yi, or Zhang Qican, they are all eager to conduct experiments. They have been looking forward to it for a long time.

Unfortunately, new equipment takes time to install.

Even with Zhao Yi's participation, it still took about three days to assemble the first device because the beam installation inside the new equipment was very complicated.

Once you have the first one, the rest is easy.

In the next four days or so, the engineering team completed the assembly of the remaining four devices, totaling five oblique side one-way anti-energy barrier devices. When surrounded together, they can form one, leaving only the ground part of the anti-energy barrier cover. , even the top can be closed.

The assembly of the one-way anti-energy barrier device took a total of about a week, and they have been testing the device for the past week to ensure that there will be no problems with the device during the experiment.

One week after another, time passed in the process of assembling and testing the new device.

Several people in the theory team were a little impatient, but they knew there was nothing they could do. Scientific research was like this. The installation and debugging of large equipment only took half a month, which was already very fast.

Fortunately, work on the new equipment is over.

Next, they formally prepared for the experiment. The first step was to select a test site and lay high-strength compression materials on the ground.

A single layer of high-strength compressed material and a one-meter-thick super-strong steel plate can block very powerful explosion bombardments.

At the same time, a space link device is also installed inside the super-strong steel plate.

This was decided by Zhao Yi.

"In the explosion, the space link equipment will definitely be damaged, but the space link will not be interfered by material, so it can be placed below the ground."

"The Z-wave device must be placed above."

The Z-wave device is the biggest headache.

The Z-wave device must be placed above and directly connected to the experimental area. However, the probability of explosion during the experiment is very high, so the Z-wave device must be protected to a certain extent, and the protective measures cannot hinder the operation of the Z-wave device.

This is a very difficult job.

The engineering team can only wrap a thick layer of high-strength compressed material on the outer layer of the Z-wave device's launch port, but there is no way inside the launch port.

They simply replaced the material inside the launch port with a material with a higher compression ratio.

However, this does not 100% guarantee that the Z-wave device will continue to operate during the explosion. We can only hope that the explosion will not interfere with the operation of the internal core device, and the experiment can continue.

When everything was ready, the theory team couldn't wait to start the experiment.

Conducting corresponding experiments on the ground is much simpler than mapping to the spacecraft. They don't need any intelligent system at all, just remote control. Because the ground part is not wrapped with anti-energy barriers, they can directly connect from Passed through the gap in the steel plate.

At the same time, many one-time-use testers are installed inside the experiment to capture data and send information at that moment.

These testers will definitely be damaged in the explosion, so they are for one-time use, but they can provide instant and timely feedback data, so it is worth the explosion damage.

Finally, the experiment is ready to begin.

This experiment was conducted internally. The senior leaders did not come because they were busy, but Minister Liu from the Science and Technology Department came over. He was very interested in the experiment and hoped to see something interesting.

The members of the engineering team activated five one-way anti-energy barrier devices and formed an encirclement around it, wrapping the central experimental area.

Looking at the dark hollow in the middle and the equipment operating around it, Minister Liu sighed and said, "This new equipment of yours is very powerful. This is the first time I have seen equipment operating as an anti-energy barrier."

He had never been inside an anti-energy barrier before, and this was the first time he saw the equipment running to release the anti-energy barrier.

Zhao Yi said with some regret, "It's a pity that there is no way to watch it up close."

Because experiments that produce explosions are risky, they are all in a control center five kilometers away. The nearest staff are also in the protective zone, one kilometer away from the experimental area. They will control the equipment in real time. Let the experiment proceed normally.

soon.

The experiment officially began.

When it was announced that the space link was established, there was no time for anyone to react. It seemed that in just the blink of an eye, a slight vibration was heard from the docking control room.

Control was a little panicky for a while.

"don’t worry!"

Zhao Yi shouted to calm everyone down, "It's just an audio signal. It should be the sound coming from the internal detection equipment blowing up."

The staff in the control room also immediately reported the news, "An explosion occurred in the experimental area, but the impact of the explosion was not significant."

"All the internal detection devices were blown up. We were in the safety zone one kilometer away and did not feel the ground shaking."

Because of the anti-energy barrier, sound can only be transmitted from the ground, and ground vibrations cannot be felt one kilometer away, indicating that the intensity of the internal explosion is not high.

At this time, the experiment is over.

The entire experimental process lasts for at most ten seconds, because the Z wave is released for only ten seconds.

The staff reported the news again, "Based on the immediate feedback data from the detection device, the initial estimate of the explosion intensity was about thirty kilograms of TNT equivalent."

Next, the theory team and others will go to the other end of the space link, which is a closed space with a stable light source, for testing.

soon.

A series of data came out.

"The moment this experiment started, the light energy transmission efficiency reached 91%."

"The final efficiency of material transmission is initially estimated to be around 63%."

Sixty-three percent is the data of material transmission, which is similar to the results of the last Mars-1 spacecraft experiment. The two experiments are very similar, but the time and location are different, so they obtained very similar data.

Because nuclear radiation is likely to be present in the experimental area, no detection can be done immediately.

An hour after the anti-energy barrier was turned on, it was turned off instantly before a staff member wearing radiation-proof clothing went over to do the test.

From the intensity of the explosion and the residue at the site, we can estimate the intensity of nuclear fusion and calculate the approximate number of particles that occurred.

These data are very important.

However, if you want to get detailed data, you still need to wait for about two days, because the on-site residues need to be transported to a professional laboratory for very precise testing before accurate conclusions can be drawn.

During the middle time, the theory group was discussing two issues -

One is how to reduce the intensity of the explosion, that is, increase the transmission volume of molecules and atoms, and correspondingly reduce the transmission volume of tiny particles.

The second is how to increase transmission efficiency.

The results of the two experiments show that the material transfer efficiency is between 60% and 65%. If you want to increase the transfer efficiency, you need to consider the initial design of the experiment.

Qiu Chengwen proposed a method, "We can adjust the strength of the spatial link."

What he said was ‘increase the signal’.

Space links can be seen as mostly a means of information transmission. Although it is unclear why material transmission occurs, it can still be regarded as information transmission, and information transmission involves a signal issue.

Spatial link technology can 'enhance the signal', that is, establish more point links to ensure the transmission of a larger area of ​​​​images. It is linked to energy transmission technology and can also increase energy transmission efficiency.

In the process of signal transmission, increasing the strength of the signal means ‘increasing the number of channels’.

Naturally, incidental material transmission will also increase.

Qiu Chengwen's suggestion was recognized by others and adopted directly.

So the second experiment is to replace it with a larger space link device, which can establish more than double the space transmission channel of the previous device.

The second one took place three days later.

At this time, the residues of the first experiment had not yet been tested, but it did not affect the experiment itself at all. The engineering team quickly completed the preparations and directly conducted the experiment.

Because of the experience from the previous experiment, Zhao Yi and others simply stayed in the control room one kilometer away. Normally, this place was relatively safe.

Before the experiment started, Zhao Yi used the "Law of Cause and Effect" to judge his personal safety, so he had no worries at all.

soon.

With a 'bang' sound coming from the other party of the link, the experiment was directly interrupted.

The staff immediately reported, "The Z-wave device is damaged!"

"The Z-wave device is damaged? Could it be that the intensity of the explosion has increased?" Zhao Yi asked with a frown. When he asked the question, he used the "Law of Cause and Effect" to make a judgment, and he already knew the answer in his heart.

really.

The staff member said, "Judging from the timely feedback data from the detection device, the explosion intensity was not as high as last time. But it may be due to other effects, such as explosion debris spraying into the Z-wave device, causing the Z-wave device to appear directly. Fault."

I see!

Although the experiment did not have normal technology, they still conducted detailed tests and the data they obtained were the same as the last time. The only difference was that the "explosion intensity was much lower."

Specifically, "The explosion intensity is equivalent to the equivalent of twenty-two kilograms of TNT."

Last time it was thirty kilograms, and this time it was twenty-two kilograms.

From a data perspective, it can be explained that the method of ‘increasing the signal’ can reduce the transmission rate of tiny particles to a certain extent and increase the transmission rate of atoms and molecules.

The harvest from this experiment is still great.

certainly.

There are only two experiments, and the data is too small to fully explain the problem.

Next, Zhao Yi asked the engineering team to conduct three consecutive cycles of comparison experiments, while he and the theory team continued to design new experiments from the perspective of void research, hoping to truly improve the efficiency of material transmission.