Genius of the Rules-Style System

Experiments to improve the efficiency of material transmission can think of three directions.

One is to start from the end of the transmission, which is an enclosed space with stable light sources and materials.

The other is to start with the channel. Previous experiments have been done, proving that the channel can increase the transmission efficiency of atoms and molecules and reduce the transmission efficiency of tiny particles, but it does not increase the overall transmission efficiency.

This is also a big gain, proving that the increase in channels is still very meaningful.

The last step is to start from the end of the transmission, which is the area where space does not exist. This point makes people unable to start. Even space no longer exists. What else can be done? The most is to increase the compression ratio to expand the space. The size of the area.

The work of the modern theory group is to summarize the experiments that have just been conducted. They hope to demonstrate on a theoretical basis the impact of broadening the space connection channel on material transmission.

Normally, widening the channel should increase the transmission rate of matter, but experiments have proven that it only increases the transmission rate of atoms and macromolecules.

why?

The occurrence of this phenomenon is very strange, and they hope to come up with an explanation that fits the situation from the perspective of the null hypothesis.

At the internal small meeting of the theory group, Zhang Qican first expressed his opinion, "From the perspective of the void hypothesis, there will be a large number of voids in each area, and the space link technology does not simply connect two voids, but connects The gaps in the two areas make them think that the gaps in the other area are adjacent to them."

"So, how to make the connection? I think it has something to do with space absorbing energy and creating holes. At the same time, it is certain that every area, including every hole, should have a code name."

The question raised by Zhang Qican immediately made others think.

The gap that connects two areas is not to put the two areas together, but to make the gap in one area think that the other area is next to it.

If we use numbers as an analogy, three and four are adjacent. If we want to link seven and three together, we must either change both numbers, or change one of them.

No matter what method is used, there must be a codename for a specific area or specific loophole.

This does not conflict with the theory of Zhao Yi and Edward Witten. They believe that the holes are prime number code distributions, and the movement will only jump to the prime number code position, because prime numbers cannot be 'decomposed', and there is no anything greater than 1. Factors will naturally promote the emptiness to continue moving, thus maintaining the activity of the emptiness.

If a hole jumps to a special point that is not a prime number, it will pause motion, bringing about a phenomenon similar to the stop of annihilation of photons, which is reflected in the squeezing of particles with mass, thus promoting the generation of gravity.

Then here comes the problem.

Qiu Chengwen raised doubts, "If any loophole has a code name, each loophole codename must be different. At the same time, these codenames must have certain rules. How do they know the codenames or locations of nearby loopholes?" What? Or is it quantum motion? Random motion?"

"The latter is certainly not possible, otherwise the connection would be impossible."

Edward Witten thought for a moment and said, "Maybe we can think of it this way. The universe is a supercomputer, and each hole is a separate tiny storage space."

"When two storage spaces in different locations are activated, they can be connected together through the platform."

He was talking about the way computers work.

For example, two data stored in different locations can be called through the operating system, which is reflected in large files. For example, different software on the computer must have different storage locations.

However, the two software can be connected through the operating system, and the data can be shared in a timely manner.

This statement is similar to spatial connection.

Qiu Chengwen asked again, "Edward, your metaphor is very good, but you have to know how big the universe is and how big the holes are."

"Our hole hypothesis believes that holes are extremely tiny, and even the tiniest particles are countless times larger than holes."

"How many holes would there be in such a huge universe? That seems to be an unimaginable astronomical number. Even if it is expressed in exponential form, it will be very difficult."

"It would be even more unimaginable if the codes corresponding to every loophole were all prime numbers."

At this time, Zhao Yi followed his train of thought and suddenly said, "Perhaps we can think of it this way. The universe as a whole is indeed very huge, but in the normal operation of the universe, what are the chances of a spatial link occurring by chance?"

"this--"

Others thought for a while and felt that the chance was very slim, even more than slim. If you want to rely on natural operation and achieve the requirements of space connection, it is much smaller than the probability of life. So far, humans have not No life has been found on other planets.

Zhao Yi continued, "The universe as a whole is so huge that it is simply unimaginable. However, we can define it this way. Only when space links or other related technologies are applied, gaps will exist."

"Otherwise, the hole does not exist, or it is in a silent state without being activated."

This statement seems to be somewhat idealistic.

Does the gap exist when it is used? Doesn't it exist when it's not in use? It’s simply unreasonable!

However, the other three people were stunned.

If people who don't know much about physics hear Zhao Yi's words, they will definitely think that he is joking. However, they are all top theoretical physicists, and they will immediately think of a famous experiment -

Double slit interference experiment.

At the same time, they also thought of a very magical definition--

Fluctuation duality.

There is a definition for microscopic particles. Particles can be regarded as waves and particles at the same time. But when necessary, they can be regarded as waves, and when necessary, they can be regarded as particles.

This sounds incredible, and it is indeed a real physical law.

The double-slit interference experiment and the definition of wave duality are a bit scary to think about in depth. The double-slit interference experiment is very famous. The experiment is to let a beam of electrons pass through a double slit, with a detection screen placed behind the double slit. At the same time, A high-definition security camera is installed at the double-slit entrance to record the movement of electronics.

Then, an unexplainable phenomenon occurred in the experimental results.

When the camera is turned on, electrons are emitted one by one, and the image displayed on the detection screen is parallel and bright lines corresponding to the double slits.

However, after turning off the camera, many interfering fringes were displayed on the detection screen.

Then, if you continue to turn the camera on and off, the original result is still the same. Later, some physicists used photons, atoms and molecules to conduct experiments, and the same results appeared.

This makes one wonder, “Do these particles know humans are observing them?”

Particles show different forms. When people observe them, they are in the form of particles; when not observed, they are in the form of waves.

Being both a particle and a wave is the famous wave-particle duality.

Materialism believes that the world exists objectively and that matter determines consciousness, but the double-slit interference experiment challenges materialism in philosophy.

The argument about the existence and non-existence of holes put forward by Zhao Yi is very similar to the double-slit interference experiment and wave duality.

At the same time, the point he put forward has a certain logic, because the naturally existing spatial connections in the universe are extremely rare, and there is rarely a problem of whether different empty subregions are adjacent or not.

Then it makes sense to define gaps that do not participate in relevant issues as "silent gaps" because other gaps will not encounter similar problems at all.

This is not proven to exist, it is just a definition of the null hypothesis, but the definition explains very well the problems encountered in theoretical research.

"This statement is feasible."

"We can understand it this way, and at the same time, we can also use it to make a theoretical explanation for the space channel problem."

"We can also think about expanding the mass transfer ratio."

Zhao Yi's 'hypothetical definition' excited others. Based on this, they began to study how to make theoretical explanations and how to design the next experiments.

——

In the process of continuous research by the theoretical team, the Lunar Incentive Plan also took the first step. The transport ship successfully set sail at the NASA launch center and arrived at the moon thirty-three hours later.

After the transport ship arrived at the moon, Zhao Yi came to the space agency.

The transport ship did not conduct a space shuttle when it went to the moon, because the distance was very short, only 300,000 kilometers, and there was no need to use a space shuttle.

"How long will it take?" Zhao Yi asked directly when he arrived at the control center.

"twenty minutes."

After the transport ship reaches the moon, it will slow down and land within half an hour.

This speed is very fast.

Unlike the probe, the transport ship itself has a power system and can use the solar energy transmission function to activate the anti-gravity system.

Under the effect of the anti-gravity system, as long as the deceleration reaches a certain level, you can land directly.

The landing on the moon was broadcast live around the world. The transport ship arrived at the moon and landed quickly, which aroused global public opinion.

A layman looks at the excitement, an expert looks at the door.

Landing directly within half an hour of arriving on the moon proves how advanced the anti-gravity system is for space exploration.

Some of the probes that landed on the moon took at least several hours to land, and most of them landed on the ground. However, the transport ship was so huge that it could land smoothly without even a little wind noise, which was very impressive. It feels quite advanced.

Institutions in other countries with anti-gravity technology also expect their own anti-gravity spacecraft to explore other planets.

This can be realized in the future, even in the short term, because the anti-gravity technology they have mastered is enough to land on the moon.

soon.

The transport ship arrived at the moon safely. The rear hatch of the ship's hull was opened, and a lot of materials and equipment were towed and transported automatically.

A large amount of materials were transported to the moon, which felt like the completion of a major project.

"It seems that the moon base plan is not just a plan, it has already been implemented."

"Yixing Company is so powerful that it directly started building a lunar base."

"It shouldn't be seen now, it's just the preliminary transportation. I've seen their detailed plan. The first step is to transport the lunar base vehicle, explore the lunar surface, and find out where to build the base."

"Where's the moon base vehicle?"

Many people are concerned about this issue, but all they can do is wait.

After two hours of transportation, the lunar base vehicle finally appeared in view. From the camera, you can see two astronauts above the base vehicle.

They wore spacesuits to operate the lunar base vehicle.

In fact, there are four astronauts on this mission. Zhang Wenhua and Deng Jian are responsible for the lunar base mission, while Zhang Liping and Zhou Zhen are on the transport ship. Their job is to operate the transport ship and deliver supplies to the moon.

The transport ship can then return.

Zhou Zhen and Zhang Liping will not land on the moon. They will not get off the transport ship at all. They will not even wear spacesuits during the entire mission. They will only work in the operation room of the transport ship.

This is mainly because after getting off the transport ship and landing on the lunar surface, you will be quarantined after returning, and you are worried that your body will be affected.

Zhang Wenhua and Deng Jian operated the lunar base vehicle and got off the transport ship and began the lunar mission.

When the lunar base vehicle drove out of the transport ship, the rear hatch of the transport ship was closed, and then the transport ship started to return to the earth.

There are no transport ships in the live broadcast view.

Zhang Wenhua and Deng Jian walked out of the lunar base vehicle together, stood in front of the link equipment of the base vehicle, and took a group photo together facing the camera and the flag.

This group photo also includes Yixing’s brand logo.

After returning to the base vehicle, the vehicle began to operate. The first step was to unfold the body and build a small cabin where they could move around.

At the same time, the solar transmission power system of the base vehicle is systemd.

The solar transmission power system of the base vehicle is different from that of the satellite. Instead, it is similar to the infinite power vehicle, except that the power is stronger, reaching two hundred kilowatts.

This is quite astonishing data.

The solar power system of the space station is only over 100 kilowatts.

The power of two hundred kilowatts is enough to support the operation of the lunar base and activate various internal equipment.

The last view of the live broadcast showed Zhang Wenhua and Deng Jian returning to the cabin and preparing to take off their spacesuits, and then turned off the camera.

The two astronauts' work on the moon has just begun. In order to save energy and for convenience, they will not always be connected to the ground. They will only be connected when necessary. At other times, they will only make regular reports.

Zhao Yi participated in the whole process, so there was no surprise. As long as there were no problems during the task, nothing else was a big deal.

Success is expected.

After the mission of the transport ship was over, Zhao Yi did not leave directly. Instead, he went to the Astronaut Basic Training Center, which was only a few kilometers away from the space agency.

He was going to see Li Renzhe.

After Li Renzhe decided to go to the moon to work, Zhao Yi asked him to participate in astronaut training. By now, he should have been there for half a month.

Half a month is neither long nor short.

Zhao Yi is very interested in Li Renzhe's situation.

The training of astronauts is very hard, and I don't know if Li Renzhe can persist in the training with his physical fitness.