Conference room.

Everyone looked at Ding Zhiqiang with surprise.

Helen and Chen Mengmeng also said a lot of content, which was methodical and fascinating, but most people's recognition was still relatively low, mainly because it was too complicated and couldn't understand it at all.

Most of you are experimenters, and when it comes to semi-topography theory, you only understand a rough idea, and you can't understand it if it's more complicated.

Ding Zhiqiang's words are simple and direct, and he can understand them at once, and he also feels that the feasibility is very high.

He's talking about control variables.

After the original anti-gravity factor is excluded, and it is completely regarded as an experiment to create a gravitational field, the structural modules can be grouped and removed with control variables, and it may be possible to find out which modules are useful and which are not.

Of course, the worst-case scenario is that all the modules work, and the experiment will not make any discoveries.

But in any case, it is hopeful that the control variables will change the underlying module structure.

When there is no clue about the research, such a simple and straightforward experimental method that is likely to lead to discoveries will of course be welcomed by everyone.

Many people thought with admiration, "Why, I can't think of it?" ”

The answer is that the experiment is too complicated.

What they did was to test the anti-gravity properties of β-type superconducting materials, and the underlying structure was very complex, and its argumentation logic involved many factors, including some semi-topological structural theory factors.

Whenever I think about related problems, I will always be affected by the theory of anti-gravity architecture and semi-topological structure, which leads to a complete lack of starting point, no clue and no idea.

Ding Zhiqiang's experimental method of controlling variables completely excludes the factor of anti-gravity, which is equivalent to starting from scratch to study the gravitational field.

It's remarkable to think clearly to this extent.

Helen and Chen Mengmeng looked at Ding Zhiqiang and were full of admiration, and when they were thinking, they could not completely rule out the experiment itself, that is, the influence of anti-gravity factors, but listening to Ding Zhiqiang's words, it is indeed very reasonable to think about it carefully.

The underlying architecture of the experimental equipment is still very complex, but it is possible to control the variables in modules.

Such experiments are not difficult, and the probability of discovery is high.

"Professor Ding, worthy of being Wang Hao's most optimistic student!"

"What a genius."

"It's easy to say, but it's not easy to think about, we didn't think about it at all......"

"yes."

In a lot of admiring voices, Ding Zhiqiang felt a little embarrassed, he was not very suitable for the limelight environment, and only liked to sit in the corner in a very low-key manner.

In fact, he didn't expect that his method would be recognized so much, but felt that the idea was too simplistic and would be rejected by everyone.

Look......

How complicated what the two seniors said, it sounds like advanced knowledge, for comparison, the two seniors are talking about calculus-level college mathematics, and what he is talking about is the addition and subtraction of integers in elementary school.

The gap between the two is too great.

The main reason why he was able to think of the control variable experiment method was that in the past few days, he had not thought about it at all, but had been immersed in the entertainment of playing games and relaxing, and it was only last night that he began to prepare for today's meeting.

Then he found that thinking about the problem of antigravity was too complicated, and it was not enough to find and look at the data, so he simply ruled out the anti-gravity factor.

"How can it really work......"

Ding Zhiqiang secretly glanced at Wang Hao in embarrassment, and saw Wang Hao giving him a high thumbs up.

However, Wang Hao did not praise Ding Zhiqiang, but said, "Everyone said it very well!" He had a smile on his face and a tone of admiration.

Wang Hao admired not only Ding Zhiqiang, but also Helen and Chen Mengmeng.

All three students gave correct feedback on what they said, in other words, they were all helpful for the research.

Helen was talking about theoretical research problems, and she wanted to compare the semi-topological structure with the experimental results to find out the geometric orientation of the semi-topological structure.

This view led Wang Hao to determine that the gravitational field and the semi-topological structure are correlated.

Chen Mengmeng's idea is similar to Ding Zhiqiang's, but the study is about the change of the overall underlying structure, and the direction of the gravitational field is used as the starting point.

It's also a good idea.

Wang Hao determined the direction of the gravitational field, which has a certain correlation with the direction of the underlying current structure.

And he tried to set up a mission --

[Task 3]

[Project Title: Increasing Gravitational Field Strength Based on β-CWY-137 (Difficulty: A.)] 】

[Inspiration value: 0.] 】

"Sure enough!"

Wang Hao sighed.

Once you have a certain foundation, you can already set up an experimental task.

……

Wang Hao quickly explained the next work.

The work is divided into three parts, one part is an experiment to control variables and split the structure, and the other part is an experiment to study the relationship between electric current and field force by transforming the whole structure.

Finally, there is the theoretical research.

Theoretical research is mathematical research, and Wang Hao, Chen Mengmeng, Helen and Ding Zhiqiang study the geometric orientation of semi-topological structures, that is, through mathematical methods, study the 'other common factors' of semi-topological structures.

The anti-gravity property is only a geometric orientation of the semi-topological geometry inside the material.

They wanted to find new geometric commonalities.

If we can find new semi-topological geometric commonalities by comparing experimental data, it may be possible to correlate them with the gravitational field.

At that time, the study of theories will have a foundation.

This research is still to lay the foundation for the theory of gravitational field, and only after laying a good foundation can the conditions for establishing a new task be established.

In terms of experimental work allocation, the experiment of variable geometric control was entrusted to Qian Hongyu.

This part is the easiest, and the easiest to produce.

He Yi is responsible for the experiment of studying the relationship between electric current and field force by transforming the overall structure.

This part of the experiment is relatively too complicated, and it is difficult to achieve any results, and it can only provide an experimental basis for subsequent research, in addition, because β-CWY-137 is a new superconducting material, they still need to wait for the new material to be transported before they can conduct research.

He Yi felt very depressed.

However, he did not say anything about the allocation of experiments, because for himself, it can be said that he has no desire, he is already a first-class professor, a chief researcher, an academician of the Academy of Sciences, has won the Nobel Prize in Physics, and is also the head of the anti-gravity center.

After reaching this level, there is no way to improve again.

If you want to go further, unless you apply for a super project or be in charge of a super project, He Yi is still very self-aware, he doesn't have this ability, so whether the experimental research has results and whether the new research has contributed is just the icing on the cake for him.

Comparatively speaking, it is more important to train talent for anti-gravity centers.

Qian Hongyu is a plastic talent, he is only 41 years old, he is already the person in charge of the anti-gravity sex determination experiment, and there are great prospects for development in the future.

In addition, Qian Hongyu is also the discoverer of the gravitational field, and he is the biggest contributor to the research, so it is normal to receive some care.

After the experimental work was assigned, the entire anti-gravity center began to get busy.

The people involved in each experiment are very serious, especially the core personnel, who know what they have discovered and how significant the new discovery is, and it is likely to become a completely new technology, and on a physical level, it is the discovery of a completely new physical phenomenon.

This is the most significant breakthrough in science.

Experiments with control variables are relatively simple to do, and the most time-consuming thing they do is only on the grouping of modules, which are simply which parts are split into modules as a module.

After the design was completed, they modified the device and then carried out experiments one by one.

Two days later.

Qian Hongyu found Wang Hao with excitement, "Academician Wang, there is a new discovery!" We split the three sets of modules in the center and still create the same gravitational field! ”

"We conducted five experiments and determined the results!"

Wang Hao was studying the information in his hand, and when he heard Qian Hongyu's words, he immediately stood up, "Go and see!" ”

He immediately went to the lab.

After watching an experiment from beginning to end and discovering that a gravitational field of the same strength was indeed created, Wang Hao asked the core personnel to go to the conference room.

The information in his hand asked, "Let's take a look at the experiment, what is marked on it is the three modules that are split, and the rest can also create a gravitational field, what do you think?" Think about it all. ”

A group of people suddenly thought.

Qian Hongyu stared down at the information in his hand, he knew the experiment well, through the analysis before and after the experiment, as well as the possible influencing variables in the experiment, he had already thought of some factors.

For example, co-directional currents act.

At this time, Wang Hao suddenly spoke, "Everyone also thought of it, right?" That's right, I think it's the co-directional current that works! ”

He said in the affirmative.

"After the three sets of modules in the center are removed, all that remains is the peripheral circulation, although it is still very complicated, but we can find that there are a lot of currents in the same direction, look at the figure above, there are several currents on the left and right that are in the same direction, and the width is about ......"

He went on to talk about the experiment.

At the same time, Qian Hongyu had infinite emotion in his heart, he was very amazed at Wang Hao's level, "Academician Wang is really extraordinary, just by reading the information, I think of so many things. ”

"I was directly in charge of the experiment, and he just looked at the data."

"It's just as I thought......

"No, it's more than I thought, and it's accurate to the outer circulation and module structure!"

After Wang Hao finished talking about the problem of current in the same direction, he didn't let anyone else stand up and speak, but said to Qian Hongyu, "Next, carry out direct current current in the opposite direction, no problem, right?" ”

"Right away!"

Qian Hongyu immediately nodded seriously, "It can be done in an hour." ”

"Okay, we'll wait for news."

Direct current in the opposite direction, simply put, is to change the direction of the current, the experiment is naturally very simple, but to carry out a new experiment, there are still some preparations.

Qian Hongyu immediately led the team to do the experiment, and the results were soon available, "We have created an upward gravitational field!" ”

"Hula~~~"

Several people were still in the conference room, and when they heard the result, they immediately boiled.

"So, instead of just creating a gravitational field, we're already able to control the direction of the gravitational field?"

"It's still low, but it's remarkable."

"This should be a big breakthrough, right?"

"If it is announced, it will definitely shock the world, the gravitational field, the new physics ......"

Wang Hao's expression was still relatively flat.

He had anticipated the results before conducting the experiment, which determined the role of the co-directional current, but also determined another problem - the creation of the gravitational field and the annihilation force field were completely unrelated.

This is an important conclusion.

After the experiment has a new discovery, it is possible to continue the experiment along with the new discovery, until now, the underlying architecture is still very complex, they have determined the role of the co-directional current, but the module with the co-directional current is very complex.

So is it the action of a few of the wires, or the action of the entire module, or is it the subtle relationship between the different modules?

The scope of the next experiment is clear.

In the process of continuous experimental exploration, the inspiration value of the new task has also been continuously improved, and a series of experiments have been designed, including increasing the current intensity, increasing the cross-sectional area of the conductor, and so on.

It's a pity that there is no major progress to be found.

This led the research team to identify another problem - similar to the case of the annihilation force field, there is no direct correlation between the current strength of the underlying structure and the created field force.

Wang Hao glanced at the task and found that the inspiration value had reached '60' points.

"The mission is to increase the strength of the gravitational field based on β-CWY-137. ”

"Based on β-CWY-137, it means that the gravitational field can be strengthened without changing materials, but the method we used does not work at all, in other words, we still have to change the underlying structure......"

"But how?"

"How do you know if the change is working?"

The study is stuck.

β-CWY-137 is a new β superconducting material that can only be manufactured in small quantities in the laboratory and is very expensive.

At the same time, the material of β-CWY-137 is very fragile, chemically unstable, as long as a little force can even burn, grinding and processing need to be carried out in a vacuum, in other words, it is very difficult for the material to change shape and process to a certain extent.

In this way, if you want to change the underlying structure, you can't change it at will like ordinary metal, and it is better to design an experimental protocol that is more likely to be discovered, so as to reduce the cost and time consumed.

How can experiments be carried out without a theoretical basis?

Wang Hao still put the experiment on hold for the time being, and asked Qian Hongyu and He Yi to conduct research according to the established plan and accumulate some routine experimental data.

He worked with a few students to find materials that might be helpful.

In the process of continuous research, the core content quickly returned to the original point, "What is space?" ”

There is no answer to this question.

They discussed and discussed, and found that nothing was discussed, but they encountered more problems.

At this time, Huang Zhen came back.

Wang Hao suddenly smiled and asked, "Professor Huang, have you gained anything this time?" ”

Huang Zhen shook his head and said, "There is no content related to space, I have listened to a lot of reports, and many theoretical contents are still focused on the Theory of Universe Expansion. ”

"At present, the focus of astronomical reform is to revolve around the "Theory of the Expansion of the Universe" and study the possible strong and weak annihilation force field regions of different galaxies and star clusters."

Wang Hao listened and nodded.

Huang Zhen continued, "I am not interested in those galaxies and star clusters, so I have listened to many theoretical reports, and one report is very interesting, saying that cosmic microwave radiation caused the expansion of the universe. ”

He shook his head with a smile, "Academician Wang, you don't even dare to say this kind of thing, right?" ”

Wang Hao nodded, "We can only say that annihilation energy will expand the space, what is the specific effect......

He suddenly frowned as he spoke, muttering to himself, "Annihilation energy...... Cosmic expansion? ”

"That's right!"

He stood up suddenly, "Witten said that particles support the existence of space, and the expansion of the universe is not the expansion of space?" ”

"Where there are particles, there is space, or to understand that, there is space when there is radiation!"

"There's more space!"

"That's probably why the gravitational field is there!"

(End of chapter)