Rule department scholar

Could it be because Brother Wang already knew that his report was accepted by Academician Zhao?

-

What happened in the R&D department is nothing to Zhao Yi.

Now he is more concerned with theoretical research.

The previous record of space connection was a theory deduced by experiments, because it was regarded as a kind of information transmission technology, and the problem of energy transfer was not considered.

Now that the experiment has made new discoveries, Zhao Yi can't wait to deduce the underlying theory.

But it is too difficult to find the key points just by doing mathematical derivation out of thin air.

Zhao Yi still called the spatial information technology company and asked them to send another R&D team over with more sophisticated and complete testing equipment.

soon.

The same R&D team came to the R&D base of Yixing Technology for the second time.

Because the scale of the experiment is not large, only a temporary laboratory is enough.

This experiment was different from the last one.

Zhao Yi intends to connect the two devices, and in the process, fine-tunes the position and direction of the micro-beam inside the device to a certain extent.

In the process of continuous adjustment, to detect whether the efficiency of light energy transmission will change due to the fine-tuning of the micro-beam.

This is the study of the relationship between the internal micro-beam distribution and the light energy transmission efficiency.

The pertinence of the experiment is still very strong, but it is too difficult to really find out the relationship, but there is already a certain direction, and some conclusions can still be drawn with the ability of causal thinking.

Zhao Yi found that the fine-tuning of some micro-beams will not affect the establishment of space links, but can directly affect the transmission efficiency of light energy.

After the continuous experiments, the research and development team made a detailed data comparison, and then held a meeting to discuss the results.

Zhao Yi concluded based on the results, "This conclusion shows that the light energy transmission efficiency requires higher precision."

"What does that mean?"

"Because the adjustment of the internal light beam does not affect the establishment of the connection, it can affect the energy transmission efficiency, indicating that the threshold for establishing a connection is higher, while the threshold for light energy transmission is very low."

"For example, for a parameter X, when X takes a value of 10 to 20, a space link can be established, and a value of 15-16 can ensure the maximum light energy transmission efficiency. Adjustment can establish a link, but at the same time, the value will affect the light energy transmission efficiency."

"However, the control of this threshold still needs in-depth research."

Experiments can draw conclusions, which are of great help to the research of the underlying theory.

The R&D team recorded the experiments and conclusions, and then continued to stay for research.

Zhao Yi carefully studied the deeper mathematical logic. He had to use mathematical methods to explain the efficiency of light energy transmission in order to be able to efficiently apply this technology, instead of manufacturing related equipment by chance.

Theoretical analysis is the most important, and it is also of great interest to Zhao Yi.

Zhao Yi couldn't think of a clue for a while, so he simply put together the mathematical system related to space link technology, looking for weak points, without conducting detailed demonstrations.

Then he discovered the key to the problem - spatial analysis.

The mathematical system related to space link technology has no direct relationship with space analysis. Most of them are applications, that is, the way of establishing links, which is related to space. The same port, use the 'password' to connect the two'.

In short, that's it.

Zhao Yi bored himself in the office, studied space mathematics very carefully, and finally came to a conclusion——

This involves the dimension of space.

Although a lot of analysis of space has been done, most of them are at the application level, rather than really understanding the space.

It's like before the emergence of microphysics, scientists thought they understood matter very well, and were able to conduct in-depth analysis of various substances in the form of elements to understand their physical and chemical properties.

However, microscopic physics appeared later, and particles such as atoms, protons, neutrons, electrons, and quarks appeared, and it was the real microscopic in-depth analysis of matter.

The same is true for the study of space.

The mathematical analysis done now is basically about properties and application methods, rather than explaining what space is, how it is arranged and composed, and so on.

This part of the content must involve the issue of dimensionality, because space must not be understood from a three-dimensional perspective.

If the space is a three-dimensional structure, there will definitely be a distance problem, and there will be no space link technology.

Points in three-dimensional space cannot be connected regardless of distance. At the same time, three-dimensional space cannot be squeezed, and the appearance of Z waves becomes unreasonable.

and many more.

The advent of the latest technology has proven that space cannot be viewed in three dimensions.

So, what do you think?

This is a matter of dimensionality.

When encountering the problem of dimensionality, the relevant mathematical analysis becomes extremely complicated.

Zhao Yi and Zhang Qican discussed together for a long time, but still had no clue. He found that he still needed inspiration, and even needed some other explanations about the dimension of space.

He thought of his old friend--

Edward Witten!

Edward Witten has been committed to the study of string theory, superstring theory, and then extended to M theory. His understanding of dimensional space can be said to be the best in the world.

Even though Zhao Yi has done a lot of spatial analysis, but only because he discovered a new technological direction, he still cannot catch up with Edward Witten in terms of understanding of dimensional space.

"Let's find Edward to study together? Maybe we can make new discoveries!"

Zhao Yi decided.

Chapter 6 Thirty This Is Not Mathematics, It's Metaphysics!

After Edward Witten came to China, he joined the work of the theory group and was responsible for sorting out and summarizing the underlying theories.

He has been working for a while, and because of his outstanding ability level, he was quickly promoted to the deputy leader of the theory group.

Although Edward Witten is already doing confidential theoretical work, his level is still lower and he cannot access higher confidential theories.

Now the research done by Zhao Yi has the highest level of confidentiality, because the research involves spatial analysis.

Spatial analysis is the basis of all theories of the latest technology.

Now the whole world knows about anti-gravity technology, anti-energy barrier technology, and the latest Z-wave technology, but most of the outside world thinks that it is just a brand-new theoretical technology, which involves optical applications and mathematical analysis.

In fact, everything is based on spatial analysis.

As long as research on spatial analysis is done, the highest level of confidentiality is involved.

Therefore, if Zhao Yi wanted to study with Edward Witten, he still had to apply to his superiors. In the application, he explained the content and importance of space research.

The application was approved quickly.

One reason is that the application was done by Zhao Yi. To put it bluntly, the latest technology is all Zhao Yi's research. His research has encountered obstacles and he needs to work with other people. Of course, there is no problem.

The second is that Edward Witten is highly valued. He is the top mathematician and theoretical physicist in the world. Except for Zhao Yi, it is difficult to find a mathematician comparable to Edward Witten in China.

Even Qiu Chengwen, who also won Fields, may not be as good as Edward Witten.

Edward Witten is a world-recognized mathematical genius. He only did theoretical physics research, but he won the Fields Medal incidentally, which is enough to prove his talent in mathematics.

At the same time, Edward Witten's research on string theory has influenced the entire physics community. Many talented physicists have devoted themselves to the research of string theory and put a lot of energy into the subsequent derivation and analysis of string theory.

Although Zhao Yi is the most talented mathematician in the world, there is no doubt that Edward Witten can guide Zhao Yi in the field together.

This is why Zhao Yi applied to do research with Edward Witten.

Now Edward Witten is working in the capital. He is just doing the sorting out of the latest technology-related basic theories, but he is very passionate about this job, because he can get in touch with some perfect mathematics and physical theories that have been proved by experiments. .

This made Edward Witten feel as if a door to a new world had been opened.

He is eager for this job and feels that he is doing the most meaningful thing in his life. Most of the time he spends swimming in the ocean of new theories. The only pity is that he cannot participate in more advanced research for the time being.

When Edward Witten received the news that Zhao Yi invited him to do research together, he was immediately surprised, "Zhao Yi invited me to do confidential research?"

"It must be related to the latest technology?"

"And also typed the application, it should be very confidential, very high-"

On the day he received the news, Edward Witten asked his wife to pack up his things, and then quickly took a special car to Zhengyang.

He arrived in the early morning of the day, so he went directly to the R&D base of Yixing Technology, found an office and slept.

Nine o'clock in the morning.

After Zhao Yi had breakfast, he went to Yixing's research and development base slowly, feeling depressed even looking at the phone screen.

In the early morning, Edward Witten arrived in Zhengyang, and then contacted Qian Hong. In the morning, Qian Hong gave Edward Zhao Yi's contact information, and the latter began to call and send messages continuously.

It all felt like harassment.

"Zhao Yi, why don't you come? Don't waste the good time!"

"You are still young, you must work hard, you should get up at six o'clock in the morning! What, do you still have breakfast? Isn't breakfast all settled in the office? You are simply too lazy!"

"I fell asleep at two o'clock yesterday and woke up at five o'clock!"

"God! I can't believe it. It's already eight o'clock and you still haven't come!"

"It's almost nine o'clock—"

Edward Witten stood at the door of the office building, his eyes filled with sorrow.

Zhao Yi finally came.

Even though he had already entered the gate of the research and development base, he still walked slowly, waved his hand and greeted Edward from a distance, and shouted, "It's so early! I heard you came early in the morning? I thought you would come today." Come."

He still spoke slowly.

Depressed, Edward Witten strode over to greet Zhao Yi, walked to Zhao Yi's side, grabbed his clothes and walked in, "Zhao Yi! Hurry up! I can't wait, what research is this time? "

Zhao Yi was helpless and could only walk forward at a fast pace.

When he was in the office, he made a cup of coffee without haste, and then he said, "I want to do space research."

"Space, multidimensionality, M-theory?" Edward Witten was a little puzzled.

Zhao Yi no longer procrastinated, but said directly, "You can understand it however you want. The most important thing is that I hope to find a way to understand space that can be proved by experiments."

This is a standard theoretical physics problem.

Edward Witten understood it all at once, but he still didn't understand the specific content.

Zhao Yi continued to explain, and his explanation made Edward Witten's eyes shine.

Although I knew it must be involved in the secrecy, I still didn't think it was related to the space link technology, or even a further "space energy transmission"?

And, already done?

"You're not joking, right? Zhao Yi!" Edward Witten said very excitedly. The spread of what he heard just now will definitely cause an uproar, and it will definitely be a big shock in the scientific community.

The space link technology has already been very shocking, and the result is now directly the transmission of space energy, which is the transmission directly through space.

This is true 'wireless' technology.

Because the space connection technology covers a very wide range, the coverage of energy transmission will definitely be very wide.

In other words, just a simple thought will show that space energy transmission can realize energy transmission from the earth to other planets.

This technology can be easily supported, allowing equipment on other planets or space to operate under the continuous energy supply of the earth.

Zhao Yi continued to explain, "At present, only the transmission of light energy can be achieved. Others have not been studied, and it is theoretically impossible."

Edward Witten nodded in understanding. Even if it is only light energy transmission, it is already very remarkable, and he can't wait to start researching it.

But their research is not the theory of space energy transmission, but the analysis of space.

The bottom line of Zhao Yi's question is, "What is space?"

If it was a few years ago, Edward Witten could use a lot of M-theory content to explain space in multiple directions without having to think about it at all.

Now he's stuck.

The main reason is the emergence of the latest technology, because the latest technology has entered the stage of practical application, it can be said that it is a theory proven by reality, while string theory and M theory only exist on paper and have not been proven theories.

Even if you have a fanatical belief in string theory, you know that you can't use "theory on paper" to explain the end of the proven theory.

For a while Edward Witten didn't know where to start.

Zhao Yi said the direction - dimension!

"The first thing we need to do is to mathematically describe the matter of each dimension, so as to find a way of understanding that is closest to the experimental results."

This is the direction of work.