From University Lecturer to Chief Academician

The symmetrical coil structure manufactured this time does not use β-CWY-137 material, but conventional β-FCW-041.

β-FCW-041 granular material is used to create high-magnification strong annihilation force fields.

The properties of materials are also very special.

The research team decided to use β-FCW-041, which was also the result of discussions based on theory. Of course, it was Wang Hao who made the decision. β-FCW-041 material has special characteristics. Its superconducting semi-topological outer layer can also It is understood that the properties of the ionic bonds in the structure are very strong, so it is possible to create a strong annihilation force field with high magnification.

"This particularity can create a new type of radiation wave. We believe that this wave will have an effect on s+ and s- waves, and even s waves..."

Wang Hao added, "Of course, everything depends on the experimental results."

The symmetrical coil has not yet been manufactured, but because of long-term research, the experimental team is looking forward to it.

The symmetrical coil was manufactured by the military factory. It took half a month from the time the design drawing was sent to the completion of manufacturing and delivery.

This is still very fast.

The structure of the symmetrical coil is relatively complex, and some of the tiny internal structures must be manufactured manually. Moreover, the standard requirements are very high, and the manufacturing difficulty is very high.

Half a month has passed.

The military factory sent three manufactured symmetrical coils.

The experimental group immediately conducted testing.

Wang Hao also participated in the testing work. He found that one coil was not qualified and the other two only just met the standards. He selected the coil with the best quality and asked the experimental team to install it on the equipment.

After that, the inspection and debugging were rearranged, and the equipment preparation was completed.

Huang Mingkun’s team is also working simultaneously.

They are responsible for cooperating with the experimental team to arrange the gravity detection device.

Up to now, there is a gravity detection device every 100 meters in the 30 kilometers ahead, with three to four placed horizontally, and more in some locations.

At this point, everything is ready.

Everyone began to look forward to the experiment. He Yi and Qian Hongyu were directly responsible for the experiment. During the detection of the symmetrical coil, they had turned on the equipment several times, but part of the structure was not connected and could not create a gravitational field.

Now that the device is fully turned on, I am still looking forward to the results.

He Yi stood next to the equipment. He bent down and glanced inside at the position of the symmetrical coil, and said to Wang Hao, "It's no problem. You can start at any time."

Wang Hao nodded, "Let's get started."

He said and went to the control room with the others.

Under the command of He Yi, the equipment was quickly turned on.

The gravity detection devices at various locations also continuously sent real-time data to the control room, but the people in the control room froze their brows.

Helen and Ding Zhiqiang each occupied a computer.

Their computers could also see the data, but as a result, they continued to receive conversion signals, but none of the feedback detected gravitational field data.

"1.0, 1.0, 1.0..."

"It's all 1.0."

"Do you have it there?" Helen glanced at Ding Zhiqiang's computer screen and didn't need the other party to answer at all.

Wang Hao frowned and said, "I don't have one here either...didn't it make it?"

He already had the answer, "It must have been produced, but it was not detected."

Ding Zhiqiang wondered, "Is it in the air again?"

"wrong!"

Wang Hao stood up directly. It has been five minutes now. There is no data on the computer, which means that it cannot be detected at all.

He walked out of the control room and shouted to He Yi, "Ask Professor Huang to send someone to take a look from a distance."

The distance he was referring to was 30 kilometers away.

The detection device deployed by the experimental team only covers a range of 30 kilometers. If the manufacturing distance is further away, it will not be able to detect it.

Huang Mingkun did not send anyone over, but returned to the base.

He came over from outside, shook his head and said, "Academician Wang, it is difficult to get across thirty kilometers away. There is a hilltop at twenty-five kilometers, and there is no road further away."

"Let's take a helicopter and I'll go take a look."

Huang Mingkun immediately arranged for helicopters, and there were three helicopters on standby at the base.

Wang Hao asked Qian Hongyu to follow him, and he and others waited patiently at the experimental base.

The helicopter flies into the distance.

soon.

Qian Hongyu shouted on the intercom, "We saw it! A large area was suppressed, and several trees also fell!"

"Can't you see it? The scene is really magnificent..."

"I'll take some pictures!"

He Yi quickly asked, "How far is it?"

"It's about 33 kilometers. The range...it's hard to estimate, but I feel like the angle of impact is larger than the last time."

"What do you mean... a big angle?"

He Yi didn't understand.

Others couldn't understand what Qian Hongyu meant. Qian Hongyu was sitting on the helicopter, and the intercom was full of wind noise, so he couldn't hear clearly at all.

They could only wait for the helicopter to come back.

After about half an hour, Huang Mingkun and Qian Hongyu returned to the experimental base together. Their expressions were obviously excited, and they showed the photos and videos they took to others.

Qian Hongyu explained the meaning of 'big angle', "That is, big angle."

"In the last experiment, the range of influence outside the central circle was a very obvious fan shape, and the range connecting the two sides together was only about 10 to 15 degrees."

"This time is different. You can see from the photos that the angle should be 30 degrees."

Wang Hao looked at the photo in his hand.

The area that was lowered to the ground could be clearly seen above. He estimated that the angle between the two sides of the fan shape was about 30 degrees, which was much larger than the angle in the previous experiment.

They went to the conference room together.

Everyone looked at the photos and discussed, "The release distance in this experiment was much farther, directly reaching 33 kilometers, while the last time it was only more than 5 kilometers."

"The range is not much larger, and the diameter of the central circle is only less than 300 meters."

"The direction of the subsequent impact has not changed, and the subsequent impact distance is between 2 kilometers and 3 kilometers."

"In other words, what has changed is the release distance, which has increased six times. In addition, the range of subsequent impact has increased. The angle has increased, and the coverage has more than doubled."

"To say that the release distance has greatly increased is unexpected, but the direction of the subsequent impact has not changed..."

Wang Hao is also thinking about this issue.

They added a symmetrical coil to the device in order to control the direction of the subsequent influence range of the gravitational field. They did not expect that it would greatly increase the release distance, nor did they expect that it would increase the area of ​​the subsequent influence range.

Both results were unexpected.

There are additional gains, and the release distance is greatly increased, which is of course good news, but it also makes them even more confused about the principles of the gravitational field, and they can't even understand the role of the symmetrical coil.

"If we make further adjustments and design a symmetrical coil, we can't seem to find the direction. We don't know why the release distance is increased."

"Is there any way to do a linear experiment?"

Wang Hao frowned and thought carefully, and continued before anyone else could answer, "I have an idea. If our theory is correct, the symmetrical coil itself will release a special radiation wave and affect the gravitational field. …”

"So is it possible to separate the symmetrical coil? In this way, the power can be flexibly adjusted, or the intensity of the radiation can be adjusted, and then we can look at the experimental results."

This idea was unanimously approved as soon as it was spoken.

Previously, they thought of using the same device structure to create a gravitational field, but in fact, if the symmetrical coil can create a special wave, it can be completely independent.

The symmetrical coil was originally a device added later.

After the experimental team decided to make the symmetrical coil independent, they quickly thought of the specific method. The first was to dismantle the symmetrical coil of the original equipment, but it was not really dismantled. It just used a wire of superconducting material to connect both sides of the symmetrical coil. lines are connected together.

In addition, another symmetrical coil is connected with a circuit and placed in front of the original symmetrical coil.

When this plan was proposed, some people still questioned it because the positions of the two coils were adjusted.

The new coil is positioned further forward than the original coil.

Wang Hao finalized the plan. He determined that the new plan would not have much impact on the results. "Of course, there will still be an impact. It may make the created gravitational field move forward or backward, but it will always be better than It’s much better to change the layout of the original installation.”

"This result is controllable, and we would have moved the position of the coil during the experiment."

After determining the new experimental plan, the experimental team tested and modified the equipment. They also used another qualified coil and connected the power supply to prepare for the experiment.

The experiment was conducted on the second day, mainly because it was necessary to conduct detailed calculations on the strength and range of the gravitational field.

When the symmetrical coil operates alone, the power can be freely adjusted, and the experiment can undergo linear changes. After adjusting the new coil to the same power, when the experiment was started, it was discovered that they created the same gravitational field.

The day before, Huang Mingkun had sent people to place several gravity detection equipment at fixed locations.

At the beginning of the experiment, Huang Mingkun was still observing the ground from the helicopter, and saw an obvious abnormal scene, and immediately made a report on the walkie-talkie.

In the control room.

Wang Hao looked at the data sent by the gravity detection device, and then said, "Increase the power of the symmetrical coil!"

He Yi issued the order.

Although there is no large-scale gravity detection device, Huang Mingkun can still see the experimental effects with the naked eye. He found that the subsequent impact range of the gravitational field has significantly increased. There were originally no abnormal areas on both sides of the impact range, and the ground has gradually sunk, and the range is still large. is constantly expanding.

When the range expanded to more than ninety degrees, Huang Mingkun suddenly heard a noise from the ground.

He looked around with surprise, but found nothing unusual.

At this time, an exclamation was heard from the intercom, "This is No. 3, No. 3, there is a large ground collapse behind the central area!"

No. 3, that is, Helicopter No. 3. They had a total of three helicopters taking off for observation, and No. 3 was flying at the very back.

"rear?"

Huang Mingkun was stunned. He immediately reported, "Academician Wang, we just reported on the 3rd that there was a ground collapse behind the central area..."

"I've already seen it……"

At this time, there was an exclamation in the control room.

The three helicopters all carry camera equipment. The accuracy of the camera equipment in photographing the ground is not as good as that of the naked eye, but if there is any major situation on the ground, it can still be seen clearly.

This moment is a major situation.

A large area of ​​ground collapse suddenly appeared behind the center area of ​​the gravitational field. It was also a fan-shaped area. The angle formed by the two sides of the fan was about 10 to 15 degrees. In other words, the subsequent impact range was similar to the results of the first experiment. , but the direction was directly turned to 180 degrees.

This scene is really amazing.

"How did it become the rear? The direction was turned 180 degrees? It's amazing."

"Just now it was straight ahead, and the fan-shaped area was almost forming a semicircle. It can be determined here that the range of the fan-shaped area is directly related to the power of the symmetrical coil."

"So when the power reaches a certain level, the direction of influence will be directly reversed..."

"That makes sense."

"so……"

Wang Hao said very seriously, "We succeeded! The experiment was successful! We controlled the direction of the subsequent influence through the symmetrical coil."

"At the same time, symmetrical coils are also used to greatly increase the release distance and the subsequent impact range..."

"Hula~~~"

Others also cheered excitedly.

…

The second experiment was a major success.

It was clearly found in the experiment that an increase in the power of the symmetrical line deficiency will greatly increase the scope of subsequent influence. At the same time, when the power increases to a certain extent, the direction of the subsequent influence will jump.

Under the S+ and S- wave theory and the radiation wave influence theory of symmetrical coils, there is really too much content that can be expanded.

At the same time, the theory can also be improved in this way.

Wang Hao is also very sure of this. His mission inspiration value has increased to 93 points.

93 points, very close to 100 points.

The next work is to continuously conduct experiments and conduct various tests to obtain more data. At the same time, we will improve the theory based on the experimental results.

After the task is completed, we will have a complete theory of gravitational field technology, which can be used to guide technology improvement.

soon.

Another week has passed.

In this week, both the experimental group and the theoretical group have made great gains.

Wang Hao also completed the research task and had a very clear understanding of the technical principles of gravitational field. He summarized the technical theory at the meeting——

"The principle is already clear."

"Gravity field technology is the technology to create and control S waves in space. When S+ and S- waves reach a certain frequency, they can merge together to form S waves."

"The frequencies of S+ and S- waves are very clever. Only when they reach a very special value can the conditions for the formation of S waves be met. So we found in the experiment that the experimental results were uncontrollable."

"When the power is slightly improved, the distance of the gravitational field created is not linear, it does not increase bit by bit..."

"That's where we got stuck in the first place."

"Symmetric coils can produce a special kind of radiation wave, which I define as S interference wave..."

"The S interference wave may have a certain neutralizing effect and can affect S wave production, so that there is a linear correlation between release distance, intensity, and power.

"At the same time, the intensity of the S interference wave can directly affect the 'gravitational impact range'. When the intensity reaches a certain value, the gravitational impact range will be directly reversed..."