Rule department scholar

Zhao Yi was still concentrating on preparing for the experiment. The first test experiment was about to start. Every team became very busy, and the entire experimental base fell into a tense atmosphere.

The time of the first test experiment was actually delayed, a week later than originally planned, mainly to wait for the latest space connection equipment.

The nano-optical tube technology of Xinhui Optoelectronics has a great impact. The most direct impact is the space link technology, which can manufacture more refined space link equipment, and fine space link equipment can bring more accurate results to experiments. data.

For the terminal of the space link device, the mapping range is greatly reduced by the new technology.

In the past, it was only possible to control the range of the output terminal, but the mapping range of the terminal was at least eight cubic meters, but now it can be controlled at a minimum of three cubic meters.

Compared with the previous test experiment, there is no difference overall.

The difference is mainly reflected in two aspects.

One is that due to the upgrade of the space connection equipment, the transmission range of the terminal has been reduced to less than three cubic meters.

第二 个

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The difference is the substance transmitted by the terminal.

The substance of this test experiment is 'water', water with as few impurities as possible, the entire terminal space is filled with water, most of what is transmitted can only be water, and there will only be extremely rare other impurities.

At the closed transmission end, various detection instruments are running in the inner space, and there are many tiny detection instruments, many of which are newly designed, specially for particle detection.

In fact, in the preparation process of the experiment, there are two proposals for the terminal transmission material, one proposal is to use a single metal for all.

This proposal was eventually postponed. Compared with a single metal, water has relatively fewer impurities and is more controllable.

If the transmission is metal, a big bang may occur.

soon.

The test experiment started.

It is the same as the previous experiment, the core scientists are all staying in the control room one kilometer away, Zhao Yi and Zhang Qican stand together, next to them are the leader of the D country team Gedler-York and the HL team's Ben- Brad Chermiki.

They are all the world's top theoretical physicists, and have rich experience in physical experiments. Gedler and Chermiki are also members of the jury of the O State Particle Collider, and they also lead the team in charge of many experiments. Analysis Project.

They are all very interested in the study of matter transmission this time, even more interested than in particle collisions. Even for top physicists, experiments that can be observed with the naked eye are more important than anything else. Experiments that cannot be seen are attractive.

There is no doubt that the matter teleportation experiment is the experiment of seeing, and it is a very amazing experiment.

They are all looking forward to the experiment.

After the experiment started, everyone stared at the screen lens, and the lens was aimed at the water at the terminal, because the research on "energy and space" proved that space and energy are interrelated, whether it is the space link equipment or the lighting of the camera, All will directly affect the experimental results, so in the enclosed space at the input end, the relevant equipment is not turned on.

With the start of the experiment, the commander issued an order, and then all the equipment related to the experiment was turned on.

Ten seconds later, the input detection device transmitted an explosion signal.

The explosion signal seemed a little weak, but there was still a small detection device that was affected and malfunctioned.

In addition, there are more than a dozen detection equipment, suspected of being impacted by the water flow, resulting in a direct short circuit or transmission damage, the detection data becomes meaningless.

However, these are not within the scope of most people's consideration.

Scientists from foreign institutions who participated in the transmission experiment for the first time were all amazed at the camera, "The transmission really happened!"

"The water suddenly moved, as if it had been emptied in half."

"The terminal is a fully enclosed environment. Suddenly more than half of the water is missing, and a huge vacuum area appears. The water seems to be boiling."

"It's the first time I've seen this happen, it's just amazing."

"Teleportation really happened!"

"The experiment is over! Quickly open the camera at the input end and take a look!"

soon.

The cameras and linking devices in the Z-wave compression closed area were turned on, and it was obvious that there was a large area of ​​water on the ground, which caused even more exclamation.

"This time I believed it, and the material transmission really happened."

"Looks like there was an explosion? But the impact was minimal."

"Did the explosion result come out?"

"I wish I could have a closer look, preferably under the terminal."

Zhao Yi also had the same idea. He also wanted to take a closer look, but there was still a certain danger. In addition, it was meaningless to look at it at a close distance, because there was no light in the closed space. During the experiment, the naked eye was Can't see anything.

In addition, if you want to build an area that can be seen at a close distance, you must make a major renovation of the lower part of the experimental site. Not to mention the time required, it also requires a high investment, which is really not worth the candle.

The experiment is over.

There are a lot of personnel wearing protective equipment, entering the interior of the experiment site, and collecting detailed information. In addition to the information submitted to the computer, there are also many testing devices that operate independently, all of which need to be measured and calculated internally to be able to obtain results. .

The analysis of the data will last for a week before the corresponding results can be obtained.

The second experiment will be adjusted to a certain extent based on the data of the first experiment, equipment power and experiment content.

This is the direction of the experiment.

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Chapter 7 and Eight is indeed Zhao Yi

The current energy and space research is carried out in cooperation with domestic and foreign institutions. All members of the theoretical team have entered the energy and space research center and become the technical backbone of the research center.

The Energy and Space Research Center is a newly established institution, which is responsible for research related to energy and space. The research includes not only the current material experiments, but also the ongoing research on the physical characteristics of the z-wave region.

The combination of the two has a very large scope, including space link transmission technology, z-wave generation technology, anti-gravity technology, and so on.

The Energy and Space Research Center can be said to be a research and development institution for various latest technologies.

Under the Energy and Space Research Center, it includes the z-wave experimental group, the research and development team of space information technology, and the material transmission experimental committee.

The material transmission experiment that is currently being carried out is under the responsibility of the material transmission experiment committee, and the core four members of the theory group are all members of the material transmission experiment committee, and Zhao Yi is the person in charge of the committee.

Because it is an international collaborative research, representatives from other teams will also serve as members of the committee.

The experimental committee is not in the political sense, but directly related to the experiment. The committee is responsible for the design work related to the experiment. After the experiment is over, it is responsible for listening to the reports of each team on data testing, and reviewing and summarizing the overall data of each team. , analysis, etc.

In the process of experimental data research, each team may also draw some conclusions based on the obtained data.

The attribution of these conclusions is to the discovery team, followed by the matter transport experiment group.

To make a metaphor, the material transmission experimental group is equivalent to a scientific research institution. Each team includes the participating scientists, just like the scientists of the scientific research team. Some of their research discoveries belong to the experimental group, but the honor still belongs to each team and personal.

This also promotes each team, as well as each participating scientist, to devote 100% enthusiasm to research, hoping to discover new fields of research and obtain some team or individual achievements in research and development.

After the end of the first test experiment, each team devoted itself to the analysis of the data. Several people in the theoretical group were members of the experimental group committee. They and members of other experimental group committees did not need to do anything at first. Just waiting to review the reports submitted by the various teams.

The report has not yet come out, and several people are very leisurely.

The same goes for other committee members.

There are eight people in the experimental committee. In addition to the four core members of the theoretical group, there are also Horst-Ludwig-Strommer, Ben-Brad-Chermiki, Bertram-Brockhaus and Gerald Te Hooft, they are not elected committee members, but elected by various core teams.

In fact, there is no need to recommend them at all. Each of them is a well-known figure in the physics field. Three of them are related to quantum physics research and have won the Nobel Prize in Physics. The rest of Chermiki is also Phil This is the winner.

Among the four members of the theoretical group, there is no Nobel Prize winner in physics, but Zhao Yi’s own influence goes without saying. Qiu Chengwen and Edward Witten are also Fields winners, which means that Zhang Qican’s reputation is slightly less , but because of the last research paper, he has also become very famous in the world, and he is considered to be second only to Zhao Yi in the theoretical research level of the latest technology.

The eight members of the experimental group committee are quite influential, which is enough to show how attractive and important the matter transmission experiment is.

You must know that several institutions and many top physicists wanted to participate in the experiment, but they failed to pass the review and were directly rejected.

Experiments are not something you can participate in if you want to.

While each team was working on the data, several members of the committee were also doing work. Some of them were helping their teams with data analysis, and some were doing their own research.

For example, Edward Witten.

There are Academy of Sciences and Z-wave data group in China. Two large teams are involved in the data analysis work. There are also other people under the theory group who are also doing related work. The core four members of the theory group are members and do not need to directly participate in the data work. , the short time after the end of the experiment is relatively leisurely.

Edward Witten started his own research, or packed up his own studies. He didn't know much about the latest technology-related theories, so he hoped to strengthen his understanding of related theories.

When encountering a question that he doesn't understand, Edward will also directly ask Zhao Yi.

That's it for the day.

Zhao Yi's work is still relatively busy. After the experiment, he was communicating with the team of the space information technology company, hoping to continue to reduce the transmission range of the space connection equipment.

This is a technical question, and it is also directly related to the experiment.

Edward Witten found Zhao Yi and asked a question that Zhao Yi could not answer.

"I know that the appearance of the anti-energy barrier is because the space absorbs a large amount of energy instantaneously, and the absorption speed is fast. When it reaches a limit value, the barrier that isolates the space will be opened."

"In addition, when the anti-energy barrier is opened and the speed of absorbing energy reaches another limit value, it will erupt in the form of z-waves."

Edward Witten said and sighed, "It sounds like a sunspot eruption, I really hope to see it live."

Zhao Yi nodded, "You're right, it's roughly like this."

Edward Witten continued, "However, I haven't seen similar records or theories about space link technology. I mean, space link technology will also overflow energy for space to absorb, right?"

Zhao Yi hesitated for a moment, then nodded, "Yes."

"During the process of space connection, if the overflow energy, that is, the speed at which space absorbs energy, reaches a limit, what will happen?"

This question overwhelmed Zhao Yi.

Space connection technology and anti-gravity technology are not related. They can be said to be two different space technologies. Space connection technology was discovered during the anti-gravity experiment.

In the process of anti-gravity construction, when the overflow energy reaches a limit value, an anti-energy barrier will appear.

Then, in the process of space connection construction, the speed of overflowing energy has reached a limit value, and theoretically speaking, some things will happen.

But what happens?

Zhao Yi thought about it carefully, and found that this question was very strange, because he had never considered similar questions before.

This probably has something to do with the research process.

In the process of theoretical research on space connection technology, he still needs to conduct research in many other directions, because space technology is a brand new field, and there are too many research directions.

After constructing the theory of space connection, the theory is directly transformed into technology, which can produce related space connection equipment, and then develops slowly, the technology gradually improves, and becomes more and more mature, and then space energy transmission technology appears .

Everything went very smoothly, and no immediate obstacles were encountered.

He didn't consider the problems caused by energy overflow at all. Probably the main reason is that the space connection equipment is relatively small, which will not cause equipment overheating and cause problems with the link, so he didn't think about related issues.

Thinking about it now, what Edward Witten said is very interesting.

Zhao Yi said seriously, "I never thought of this before, Edward, you are a genius, I think this is a very good research direction."

"Really?" Zhao Yi's statement surprised Edward, "That is to say, you never thought about my question?"

Zhao Yi nodded vigorously, frankly admitting.

Edward Witten was immediately interested, "Then let's study together!"

"I think there's bound to be a discovery."

For the next whole day, the two of them were bored in the office together, discussing related theoretical issues. They continued to demonstrate, but it was too difficult to demonstrate the results.

This is mainly due to the absence of any experimental reference.

The discovery of the anti-energy barrier does not rely on theoretical derivation, but the discovery of the anti-energy barrier in the experiment, and then the relevant theoretical derivation is carried out according to the experiment.

Now there is no experimental reference, and we don't know what will happen. Without any experimental findings, theoretical research has no direction.

However, Zhao Yi paid more attention to this. He even called Qiu Chengwen and Zhang Qican to do related research together. Everyone put forward their own ideas. Later, Zhang Qican made a suggestion, "There is no direction at all now. No matter how you say it, it seems to make sense, but there is no basis for any statement.”

"I think it can be like this. Let's find a direction, for example, the empty hypothesis, and we will analyze it under the framework of the empty hypothesis."

Zhao Yi nodded immediately, "This idea is very good, we can find a more accurate direction, for example, where does the overflowing energy go during the space connection process?"

This question will soon be answered.

Under the specification of the void hypothesis, the overflowing energy is absorbed by the space and transformed into a large number of voids, which greatly expands the space.

This is also very understandable.

It sounds inconceivable that the space will be greatly expanded after receiving a little energy. In fact, considering the unimaginable size of the universe and the compressed space in space, the magnification can even reach billions, tens of billions, or even higher orders of magnitude. No matter how much space there is, it is understandable.

However, what is incomprehensible is that when so many voids fill the space, the phenomenon of space compression does not occur.

Obviously.

This point cannot be explained by using Kongzi’s lack of spatial characteristics, because in the process of anti-gravity construction, the energy absorbed by space will reach an extreme value, which shows that the speed of energy absorbed by space has an upper limit.

So where did the hole go?

New problems arise.