the logic of

Antigravity Behavior Research Center.

Wang Hao summoned all the core members of the research center, including some technical group leaders, and went straight to the topic and talked about the new experimental research direction--

"Superimposed force field!"

Wang Hao said seriously, "We need to do new research, and the main core is to superimpose anti-gravity fields."

"It would be best to be able to superimpose more field forces, three layers, four layers, or more."

"Now everyone wants to talk about how to design an experiment."

The demonstration of this experiment is relatively simple. It just superposes anti-gravity fields, which can be understood as creating several force fields and superimposing the coverage areas. It is just a simple 'geometric problem'.

Of course, existing technical issues are also involved.

Yan Jing immediately talked about the technical issues, "The anti-gravity field cannot be separated from the surface of the superconductor, and it is impossible to achieve a complete overlap of the force fields."

"The upward anti-gravity field we can create now covers a hemispherical or semi-elliptical shape. No matter how it is designed, the most it can do is cover or overlap the area."

Yan Jing's meaning is very clear. The anti-gravity equipment is a circular device that creates an upward anti-gravity field. The actual coverage area is a hemisphere. The bottom of the hemisphere is not a plane, but a part containing superconducting material. The shape and superconducting

The layout of the material is directly related.

Now when creating overlapping antigravity fields, the area related to superconducting materials will definitely not be considered, only the hemispherical area above will be considered.

Even if two identical anti-gravity devices are manufactured, since they cannot be placed in exactly the same position, the coverage areas cannot completely overlap.

Wang Hao nodded after hearing this, "It is indeed impossible to completely overlap."

Xiang Qiansheng asked thoughtfully, "Academician Wang, should our direction have the highest number of overlaps, or the largest overlap area?"

"It's best to have both." Wang Hao replied.

"The solution with the largest overlap area is definitely to cover it, that is, create two force fields, and the small force field is included in the large force field."

"If it is three layers, then create three force fields, but it is very difficult, and it is also very difficult to create a field force in such a large area, which requires a lot of money."

Others followed suit and said, "It would be much easier if it was just overlapping. You can make several identical devices and place them in different directions."

"Our current highest technology can create a force field that is 73% upward, but what's the point of superposition?"

"Since Academician Wang said it, it must be meaningful."

"Regional overlap is indeed the easiest..."

In the final meeting, the plan for regional overlapping was determined, which was to create three identical anti-gravity devices and arrange them edge-to-edge in a triangular shape, so that a three-gravity field superposition would appear in the center.

But no one else knew why the experiment was being conducted.

Countless experiments in the past have shown that the anti-gravity effects cannot be superimposed, and creating three force fields can only be connected together.

What's the point?

Wang Hao did not explain. His idea still needs to be verified by experiments, but it is obvious that he is very eager for experiments.

In the afternoon, he immediately arranged to test a single device.

The research center has three devices that can create reverse anti-gravity fields, which can create a force field of up to 73%.

But in the end, Wang Hao decided to choose equipment that creates a 50% force field, because the upward area of ​​the force field it creates is almost a positive hemisphere.

soon.

Equipment testing experiment begins.

The test is a conventional anti-gravity experiment, which has been carried out many times. It is just to check the equipment and make sure that there is no problem with the equipment, and then use it to manufacture two identical equipment.

Wang Hao stood in the distance and looked at the experimental equipment. He had no expectations for the test, he just wanted to participate.

At this time, he was still thinking about the problem of overlapping antigravity areas.

What will happen after the antigravity fields, also known as annihilation fields, overlap?

"If two areas overlap, they will only be connected together; if three areas overlap, normally, they will only be connected together."

"But in the overlapping area, it is impossible for nothing to happen. A lot of related tests need to be carried out, whether it is physical characteristics or other effects."

Wang Hao thought seriously, "What will definitely happen!"

The anti-gravity experiment in the field is in progress, the power has been connected, and the equipment has been turned on and the test has begun.

When he saw the pointer representing the field strength deflecting, and then looked at the area above the device where the anti-gravity field was already known, a spiritual light suddenly flashed past.

Wang Hao stared at that area very carefully, and suddenly remembered the experiment to measure the properties of the annihilation force field conducted by the antigravity team of the German Planck Institute.

It was an experiment with a very simple design. It just placed a liquid in an antigravity field, and the objects suspended in the liquid immediately floated to the surface of the water.

From this, the research team believes that the anti-gravity properties are directed at the mass of matter, not the gravity coefficient.

What about the air itself in the antigravity zone?

Wang Hao suddenly frowned and realized a big problem. He turned his head and looked behind him, and found a young researcher standing there. He immediately said, "The air in the annihilation field area will theoretically rise."

,Right?"

The young researcher's name was Shao Ming. He thought Wang Hao was testing himself, so he immediately said, "Of course it is."

He immediately explained, "Academician Wang, I know this problem. Although the annihilation force field will cause particle inertia problems, it is far less than the rate of mass reduction, so the air in the force field will rise."

Wang Hao then asked, "After the air rises, the surrounding air will be replenished. Normally, this effect is continuous. As long as the direction deflects slightly, then a super small tornado is likely to be generated.

Is there any problem with my statement?"

"It should be... no problem, right?" Shao Ming suddenly felt a little unsure.

Wang Hao asked, "Why haven't we seen it before?"

"..."

Shao Ming opened his mouth slightly and thought about this question carefully. Suddenly he realized that he didn't know the answer. He scratched his head nervously and finally said, "Is it because you are indoors?"

Of course he knew that this answer was unreliable, because the room was not completely enclosed, and they had done some experiments, even just in a work shed.

At the same time, a smile appeared on Wang Hao's lips.

[Task 2, inspiration value +7.]

[Inspiration value: 87.]

really!

Wang Hao didn't expect that he would gain so much just by conducting a test experiment. The problem he thought of was directly related to the phenomenon of strong annihilation force.

Although it is not yet known what the specific correlation is, what is certain is that it is the phenomenon related to the strong annihilation force that causes the air convection to not continue to occur, or in other words, the air convection continues to be weakened.

After the test experiment was over, he immediately held another meeting and narrated the problem to others.

Others pondered and were surprised, and they too found it impossible to answer the question.

This definitely needs to be looked into.

Because there is already a clear problem, and it is just a problem of air flow, the research experiment is still very simple.

"Tell me immediately if you have the results." Wang Hao directly handed over the verification work to others to complete.

Research of this difficulty does not require his direct participation at all, he only needs to wait for the results.

…

When the test experiment ended, it was already past six o'clock in the afternoon.

Wang Hao went to have dinner, and then went to the Mason Mathematics Laboratory.

There are many people in the laboratory.

He saw Zhang Zhiqiang as soon as he entered the door, and they talked about the project together. When he passed by the student workroom, he noticed that Ding Zhiqiang was sitting in front of the computer, constantly moving the mouse and keyboard.

Because Ding Zhiqiang kept pressing the keyboard, his movements did not seem like typing.

Wang Hao made a 'hush' gesture to Zhang Zhiqiang out of curiosity, then slowly walked over and glanced at the computer screen.

"what game?"

When Ding Zhiqiang heard Wang Hao's voice, he was frightened. He immediately stopped what he was doing and stood up suddenly, "Teacher Wang, I, I..."

He didn't know how to explain it, just like a primary school student who had done something wrong, he grabbed the corners of his clothes with both hands and lowered his head.

Ding Zhiqiang knew very well that his ideas and homework were all made up randomly. He felt very guilty when he saw Wang Hao again, for fear of being punished.

What's more, he is still playing games without doing his job.

Wang Hao didn't care at all that Ding Zhiqiang was playing games. Everyone needed a rest, especially since it was already past six o'clock. It was normal to have a little hobby and relax.

In addition, Ding Zhiqiang is not just a few years ago. His mathematical foundation is already very solid. His research relies more on inspiration and ideas rather than grasping the basics.

In turn, Wang Hao couldn't be more satisfied with Ding Zhiqiang.

The inspiration this time cannot be said to come directly from Ding Zhiqiang, but it was only after reading Ding Zhiqiang’s ideas and thinking further that I came up with it.

Wang Hao turned to Zhang Zhiqiang and exclaimed, "Xiao Ding, you are so good. Look, even playing games feels great."

"I just saw how focused he was..."
To be continued...