Rule department scholar

For example, Zhang Qican.

Edward Witten only talked about Zhang Qican being nominated, and there were dozens of candidates nominated at the same time, but especially mentioning Zhang Qican's name, it shows that Zhang Qican is very likely to win the award, and it can even be said that there is no competition.

Although Zhang Qican has not been famous for a long time, several achievements in particle physics, optical physics, and space physics related to the latest technology are marked with his name. Some researches are his second works, while others are directly the first.

In the context of Zhao Yi's rejection of science and technology awards, no matter which achievement he produces, it is enough for Zhang Qican to win a Nobel Prize.

In addition, in the research on matter transmission, Zhang Qican has an important research is the first author, that is to say, he is the leading researcher.

The research on matter transmission is enough to have several Nobel laureates, and as the leading researcher, he will almost certainly win the Nobel Prize.

Compared with other candidates, there is no competitiveness at all, because any physics research project cannot be more influential than material transmission.

Domestically speaking, in fact, Nobel is not valued too much.

Now the most valued award in China is the 'Zhao Science Award'. Zhao Yi organizes the Science Award Foundation and announces the list of candidates and winners every year. Outstanding winners will not only receive awards, but also receive large sums of money. bonus.

When an award has a large bonus, it will be more attractive, and Zhao Yi's personal influence is also an important determining factor.

Every winner of the 'Zhao Science Award' has gained great prestige because of the award.

The rapid discovery of domestic science and technology in recent years has made domestic academics very confident. They believe that domestic technology is the most advanced. Because of this, the influence of domestic awards is also growing.

The influence of the Zhao Science Award has also become very large, and it is also highly valued when it is enlarged abroad.

It can be said that the Zhao Science Award has already challenged Nobel, and it is a very serious challenge.

In this context, the Nobel Committee decided to place the awards in China, hoping to increase its influence.

Zhao Yi didn't care about these things anymore.

In fact, even the Zhao Science Award, he only pays attention to it occasionally. Only when the award is presented, he will go around to have a look. He will not even go to the award when he is busy. The selection and foundation operations are left to professionals.

Now Zhao Yi is continuing to do theoretical research, hoping to find a way to continue to enhance the channel.

This is the work to be done by the technical group with the anti-gravity team as the core, but the theoretical ability of the technical group is limited, so I hope that the theoretical group can provide some suggestions on a theoretical basis.

Zhao Yi also hopes to continue to strengthen the channel to create greater gravity, so he has been studying the content related to space links.

There are many things that can be developed in this direction.

Just like the development of science and technology, spatial connection is a new technology. The history of human science and technology proves that new technologies will have high prospects.

For example, trains.

The speed of the first train was very slow, not even comparable to the speed of a horse-drawn carriage, but today's trains can easily run hundreds of kilometers per hour.

For example, a computer.

When the computer was first developed, it was built like a steel monster with very poor performance, but today's computer is manufactured in a small size and far faster than previously imagined.

These are all proof that letter technology has broad potential.

The stable channel created by the current space link equipment can support at most one-tenth of the earth's gravity. Perhaps in the future, it can easily create a gravity equivalent to the earth's gravity, or even create a powerful gravitational field far exceeding the sun's gravity.

The future is hard to imagine.

What Zhao Yi and the theoretical team have to do is to conduct research little by little, hoping to find a theoretical direction for technological breakthroughs, so as to guide technological development to achieve a leap-forward revolution.

In the meantime, the matter-transportation project continues and is already preparing for a large-scale experiment.

A lot of preparatory work was done for this large-scale experiment, and the most advanced space link equipment was specially ordered to make the channel more stable.

Large-scale experiments will be carried out three times in a row, with a total investment of more than 30 billion RMB.

Just three experiments will cost more than 30 billion yuan. You can see how big the scale is from the cost. The number of mathematicians and physicists involved exceeds 500, and the number of related computer engineers and other technical personnel exceeds 2000. .

At the same time, the number of cooperative institutions and laboratories doing auxiliary data analysis has reached [-], and the number of large-scale scientific research teams involved has expanded to eight.

There are also some individuals who signed up to participate in the experiment, including some top mathematicians, physicists, or computational engineering personnel, etc., and they have also been approved to participate in the experiment and be assigned work.

Because it is an open international cooperation project, individual applications are also allowed.

This will not affect the issue of technical secrecy, because z-wave technology is the key, and material transmission is based on z-wave technology.

Any foreign personnel, including domestic personnel, will not have access to the core z-wave technology and z-wave devices, and there will be no possibility of technology leakage.

The matter transmission experiment can be said to be of a grand scale, and has attracted the attention of the scientific community all over the world.

Before the experiment started, Zhao Yi didn't know how many people he met. Those who needed him to come forward were all top mathematicians, physicists, or leaders and persons in charge of major scientific and technological institutions, and so on.

Finally, when the day of the experiment came, he felt much more relaxed.

Because the preparatory work has been completed, just wait for the end of the experiment.

When the experiment was in progress, Zhao Yi didn't even go to the command center, but just sat in the office, waiting for the staff to submit the results.

Three experiments were carried out very quickly.

At nine o'clock in the morning that day, the first experiment was carried out. The optical power intensity setting of the experiment was slightly increased compared with the previous one, but it still caused an explosion.

Then, at eleven o'clock, a second experiment was carried out, and then at two o'clock in the afternoon, the last experiment was carried out.

At the end of the third experiment, a simple inspection showed that there must have been a big harvest, because only a very weak transmission occurred in the experiment, and many detection devices did not even detect particles, only a few detection devices in the middle. to weak particle reactions.

This is to find the light intensity power very close to the balance point.

In the next more than a week, we will continue to analyze the data of the three experiments, especially the data of the last experiment is very critical.

Through a series of data analysis, the matter transmission experimental group obtained a value, which represents the ratio of photons to the area of ​​the covered space area, named as 'critical k value', the range of k value is '6.328-6.330', the threshold value The area covered is already very small.

After all the experiments were over, the material transmission experiment team held a large meeting, attended by representatives of many large teams, top scientists, and experiment leaders. Zhao Yi, as one of the leaders of the experiment team, set the next experiment plan, " Next, our experiment will have two directions, the first direction is to study how to increase the rate of material transfer."

"From the discovery of matter transmission until now, the highest transmission rate is fixed and has not changed in any way, but my colleagues and I are convinced that there must be some way to increase the rate of material transmission, and even make the rate become 100%."

"The other job is to continue the current experiment, around the k value, to further narrow the value range of the k value, to be precise, to conduct experiments based on any number within the value range, and the number of particles that will be transmitted, can be ignored.”

Zhao Yi didn't say much, but every word was very important.

After he finished speaking, there was a heated discussion in the venue, and many scientists discussed that they were not so interested in the study of 'k value', because they had already participated in similar experiments, and the next step was to go further Narrowing down the scope will definitely be a complicated job.

'Increasing the material transmission ratio' is completely different.

Just like what Zhao Yi said, since the discovery of matter teleportation, the highest teleportation ratio has been more than 60.00%, and it has never been increased.

The experimental group thought of many ways, but there was no progress.

However, everyone believes that the rate of material transmission can definitely continue to increase, but the right method has not been found.

The people at the scene also thought so. It is impossible to say that the discovery of a phenomenon will directly fix the ratio. There must be some way to increase the ratio.

Finding this method is very attractive. To put it bluntly, finding a method to increase the transmission rate means gaining a very huge academic reputation, personal achievement, and being able to easily win various academic awards, even including the Zhao Science Award, the Nobel Prize Bell Prize for Physicists.

and many more.

It's just so fascinating.

-

After the first formal experiment of matter transmission was over, Zhao Yi and others in the theoretical group continued the research on stabilizing the space channel.

They have already found a research direction, which was directly proposed by Zhao Yi, "We use the void hypothesis as the basis to rebuild the basic theory of spatial linking, and maybe use this as a breakthrough to find a new method."

This work takes a very long time.

Because the empty hypothesis is not perfect, otherwise it would not be called a "hypothesis". If the theory of "hypothesis" is used as the basis of existing technology, various problems will be encountered in the research process. If you want to improve and find The difficulty of the new method is naturally conceivable.

While carrying out continuous theoretical work, Zhao Yi also paid attention to the testing work of the space agency'Xuanhuang' spacecraft and the 'k02 escort ship'.

The "Xuanhuang" spacecraft and the "k02 escort ship" are two medium-sized spaceships built together, with the participation of the military during the construction process.

"Xuanhuang" is the main spacecraft, plus two escort ships, forming a formation of spaceships, it is planned to be used as a spaceship for leaders and important people, and the first job of the three spaceships is to take Zhao Yi and high-level leaders sent to the moon, and they will inspect the work of the moon base together.

It's an intense challenge.

'Xuanhuang', as the main spacecraft, is also quite advanced in technology. It uses a nuclear power plant as the core and cooperates with solar energy transmission technology as an energy supply. With the nuclear power plant as the energy source, the power of the spaceship is quite high and can sustain With a three-layer anti-gravity system, the space cover can be opened within five seconds, and the maximum lateral speed of the ground can reach 200 meters per second. At the same time, the highest speed in the universe can theoretically exceed ten kilometers per second. It can use its own energy, Reach the moon in ten hours.

The two K02 escort ships are ordinary fossil fuels, and they are powered by solar energy. They cannot open the space cover, but they are equipped with temporary Z-wave generators and a full range of weapon systems. They are still very advanced in technology.

The k02 escort ship sounds like nothing, but it is only compared to the "Xuanhuang". In fact, it is definitely the most advanced in the world, because the shell is made of high-compression materials, and it can also be lifted into the air independently. , Equipped with an advanced weapon system, it can be suspended at high altitude for a long time. A k02 escort ship can be invincible in a war.

think about—

Such a medium-sized ship can last for a month at most, float at an altitude of tens of kilometers, has a complete energy system, a radar detection system, can carry a large number of weapons, and can also generate temporary Z-waves. One can imagine how terrible it is.

The k02 escort ship has so many functions, and of course the cost is also very expensive, with the basic cost exceeding 300 billion yuan.

The "Xuanhuang" is even more terrifying, even exceeding [-] billion yuan.

A formation of three spaceships, 'made of gold' is a very modest statement.

All three spacecraft are currently undergoing testing, and the testing process will take about two months. After the testing is completed, the first task will be carried out, which is to send Zhao Yi and senior leaders to the moon and inspect the lunar base.

Chapter 715 Flying Car Appears at the Exhibition

In fact, there were many disputes at the high-level meeting regarding the work plan for Zhao Yi and senior leaders to inspect the moon base, mainly because they felt that it was too risky.

Either way, going to space feels dangerous, let alone landing on the moon.

When a spaceship lands on the moon, it needs to wear a space suit to enter the moon base and do a series of inspections, which may cause safety risks during the process.

But precisely because there were many disputes at the high-level meeting, the high-level leaders and Zhao Yi decided to go there. They are very confident people in the technology side, and hope to use practice to let others know that the technology for exploring space is quite mature.

This is important for increasing confidence.

No matter how fast the development of space exploration technology was before, it seems to have nothing to do with ordinary people. Space exploration is still very dangerous in the eyes of ordinary people, just like Li Renzhe’s reaction. Even after more than half a year of training, he is still Feeling worried, there is a feeling of leaving a last word before going to space.

If Zhao Yi and high-level leaders go up in person, it will greatly increase public opinion's confidence in space exploration, let ordinary people know how mature the technology is, and know that it is very safe to take a spaceship.

Only when there is a guarantee of safety can people have more confidence in space exploration, and many companies and individuals are more interested in investing in space exploration.

Although it is impossible to achieve space immigration for the time being, increasing public opinion's confidence in space exploration will allow resources to be more inclined to space exploration, and then related industries will be able to develop rapidly.

In the plan to land on the moon this time, the key is the spaceship formation. The Xuanhuang and the K02 escort ship are constantly being tested and improved. There are no major problems, but there are still some minor problems.

Because the technology related to launching and landing on the moon can be said to be mature, the focus is still on the nuclear power plant of the Xuanhuang. Until now, there are only five nuclear fusion devices built in China, one of which is used for experimental power generation. One was installed on a spaceship, one was installed on a large ship, the other was used by the nuclear fusion team for experiments, and the remaining one was installed on the Xuanhuang to create a medium-sized spaceship second only to the spaceship.

Compared with the spacecraft, the Xuanhuang has a relatively large gap. The main gap is that it is not equipped with a large Z-wave device, so it cannot achieve autonomous space shuttle.

However, compared to spaceships, Xuanhuang is relatively more dexterous and can achieve frequent planetary landings. Its installed electronic systems are also very advanced. There are many technologies in the hull, which are even more advanced than those of spaceships.

This is mainly because the Xuanhuang was built later, with the experience in building spaceships, coupled with the rapid development of the latest technology, the performance of the anti-gravity devices configured on the Xuanhuang is quite high.

Of course.

The latest technology of the spaceship is relatively backward, and it does not affect the overall operation of the spaceship. Super-large spaceships can independently realize space shuttles, and even take a risk to complete galaxy crossing.

Now the spacecraft team is preparing for the first ultra-long-distance voyage. Their goal is to go around the Oort Nebula and return. That is the real huge plan related to space exploration.

This is a big move in international space exploration. More than 2000 scientists, staff and managers participated, including 37 countries, who are very concerned about this voyage.

The flight plan of the spacecraft has nothing to do with Zhao Yi. He is only responsible for high-end technology research and development, and has not participated in the flight plan. On the contrary, he is very much looking forward to landing on the moon.

Before he told Li Renzhe that he might go to the moon after a while, Li Renzhe thought it was a joke, but he was not joking, because he really had a plan.

At the same time, Zhao Yi also has expectations for gravity manufacturing technology.

So when the Xuanhuang was still testing, Zhao Yi applied for a technical test proposal, hoping to put the gravity manufacturing plan on the Xuanhuang.

"This is the application of Academician Zhao, stop joking!" Zhao Yi's application was placed directly in front of the senior leaders, and he felt a little helpless when he saw the word test, "Can't the technical test be placed elsewhere? Why do you have to be on the Xuanhuang?"

The person in charge of the Science and Technology Department who submitted the report explained, "It's not the entire Xuanhuang, but a single room, which occupies an area of ​​only 23 square meters."

The senior leader thought for a while and asked, "Will this test not pose a security risk?"

"Hard to say."

The person in charge who submitted the report only read the report, but he couldn’t guarantee that there would be no security risks. The attitude of asking questions and knowing nothing made the senior leaders very helpless. Finally, they found professionals from the space science and technology information company who participated in the research and development experiment.

"I participated in the experiment of gravitational research and development. It is very amazing. It can be one-tenth of the gravity of the earth's gravity."

"There shouldn't be any danger. In theory, there is a fixed area of ​​gravity inside, which won't affect the spacecraft as a whole. Moreover, the device will only be turned on after leaving the earth."

"It's just an experiment in one room. If there is any danger in the middle, you can just turn off the device and it won't affect it."

This explanation reassured the high-level leaders a little, but he still felt very depressed when he thought of the spaceship he was going to take for testing. He deliberately refused to agree, but thinking that Zhao Yi would dare to go for the test and would also take the spaceship together. Afraid of death' suspicion?

"Forget it! If it's dangerous, it's dangerous." The senior leader reluctantly agreed.

The technical test is actually very simple. It just installs two space link devices under the fixed room. The area occupied by the devices is not large, so it is easy to install them.

When Xuanhuang is officially launched into space, there will be specialized technicians who will be responsible for turning on the two devices for testing.

Zhao Yi is also looking forward to it.

The senses of the last sightseeing boat trip were not very good. He insisted on doing a test on the Xuanhuang, and also hoped that there would be a gravity module on the spacecraft.

Even if it is only one-tenth of the power of the earth, it can make people land on their feet steadily, instead of floating on the spaceship for more than ten hours in a row.