Research starts with PhD students

Chapter 305: A little bit is also a huge progress!
The Information Center consulted a large number of experts and came to a series of conclusions.

Including 'the video is real', 'confirmed to be a gravity aircraft', 'propulsion is driven by fan blades', and 'the energy system is uncertain'.

The last point made the information center and even the higher-ups start to worry.

Artificially created gravity technology is the top priority of technological research in the new physics direction. Gravitational technology is also the first new technology to be revealed, and the direction of research and development is certain.

With a clear direction and the technology being very attractive, naturally many research teams have joined in.

There are already dozens of teams around the world researching gravity technology, including support teams from various countries, and some high-tech companies have also invested a lot of money in research and development.

The technology in this area is also changing with each passing day, and the speed of improvement is very impressive.

Some teams have been able to create more than 0.4 times the Earth's gravity in the laboratory, but the manufacturing requirements are very high, including the need for strong magnetic fields and the need to control ionic medium materials.

With so many research teams, naturally there are many experts in the field of gravity technology.

No matter which gravity expert you are, one thing is very certain: gravity creation requires extremely high electrical energy support.

The power demand for electricity may be tens, hundreds, or even thousands of times higher than what the highest-level heavy oil engines can provide.

The so-called magnification refers to the comparison of the technology mastered in China.

If it is the technology of other teams, the requirement will not be hundreds or thousands of times, but at least several thousand times, which is equivalent to a medium or larger generator set.

“The power demand must be at the megawatt level, which conventional batteries, including heavy fuel oil engines, cannot support.”

"If it is an ultra-large heavy oil engine, it may be possible to drive it, but it is only theoretically possible."

"The scale of the energy system in the video obviously does not support such a power..."

The question is, how does the gravity aircraft in the video support its operation?
What kind of energy system can provide enough electrical support for a gravity aircraft?
Someone immediately suggested that it might be the "nuclear fission reaction" combined with the "nuclear power conversion" technology to support the power supply.

Someone immediately objected because the nuclear fission reaction has extremely high conductivity and cannot support the realization of "nuclear power" technology.

Then, someone asked, 'Could it be low-temperature nuclear fusion?'
This sentence silenced many people.

……

MIT, Tokamak Nuclear Reactor Research Group.

Large laboratory room.

Dennis White was standing on the second floor, overlooking the large tokamak device in the center of the laboratory.

The device is two stories high. Its huge size, including the pipe equipment connected to the outside, gives people a great shock.

Dennis White has a sense of accomplishment, because the device was manufactured by his team. Every component and every device, including the design of the center, can be said to be his hard work.

Of course, others were involved, but he was the main person in charge.

“It’s time to experiment again!”

On the first floor, staff are busy testing superconducting devices.

Dennis White looked at it carefully for a while, and an excited smile appeared on his face. "We can conduct experiments again. Our next step is to finely control the high-temperature plasma."

"Once the new pipe material is assembled, it should be able to control for more than 400 seconds. Perhaps we should consider a new design?"

"Taylor, what do you think?"

Taylor Wilson was standing aside, his face showing no joy, but rather solemnity and worry. "Dennis, do we really want to do this? Our funding is for the research of low-temperature nuclear fusion..."

"You've said that many times, Taylor!"

Dennis White emphasized Taylor's name, obviously dissatisfied. "I have explained this many times. Of course, we have the final say in our research."

"But I think... low-temperature nuclear fusion also has prospects."

Taylor-Wilson was a little hesitant because he wasn't sure if it had any prospects, but he felt it would be more meaningful than continuing to study nuclear fusion.

Nuclear fission technology, also known as new nuclear energy, can already replace nuclear fusion and produce a steady supply of clean energy.

According to reliable information, the control cost of new nuclear energy is very low. What is the point of researching controlled nuclear fusion?
Even if it is researched, the initial cost will certainly be very high, and the competitive disadvantages with traditional energy will be very large, and there is no value in realizing its application in the short term.

It is even more incomparable with new nuclear energy.

Dennis White doesn't think so. He thinks Taylor Wilson is too naive and always thinks about unrealistic things.

"New nuclear energy? I just heard that there is such technology. Have you seen it?"

"What's the point of all that media coverage? There have been room-temperature superconducting materials before, not just once, but many times. A certain team has developed room-temperature superconducting materials..."

"The result? Nothing, fake, or meaningless."

"Also, low-temperature nuclear fusion? I don't need to explain it again, right? We have been engaged in nuclear fusion research. Do you really believe that low-temperature nuclear fusion exists?"

"Uh~~~"

Wilson was certainly not sure, and that was why he did not strongly oppose Dennis White's decision.

Dennis White felt that he had convinced Wilson once again, and continued with some pride, "And we are studying low-temperature nuclear fusion."

"To study low-temperature nuclear fusion, shouldn't we study high-temperature fusion first?"

"We are doing related research and looking at the experiments we are preparing - high temperature plasma control."

"The temperature we set is 8000 million degrees Celsius, not higher than million degrees Celsius. Does this count as low-temperature nuclear fusion control technology?"

Wilson was silent for a long time, then muttered softly, "Shouldn't the study of low-temperature nuclear fusion start with confirming its existence?"

"Of course not, it exists." Dennis White said sarcastically, "The Department of Energy thinks so, so we can get funding support."

"Do you have any better ideas?"

Wilson whispered a suggestion, "Or, maybe we can start by measuring the nuclear power conversion effect produced by low-temperature nuclear fusion?"

"What's the point of replicating the experiment!"

Dennis White didn't care at all. "Several teams have already confirmed that 'nuclear power generation' exists. So what if we do the same experiment again and verify it?"

Wilson didn't know what to say.

Now he has realized that he cannot convince Dennis White. White does not believe in the existence of low-temperature nuclear fusion at all. He even directly denies the new nuclear energy technology and insists on continuing to study tokamak nuclear fusion reactors.

There's no point in saying anything more.

“It would be great if I was in charge of the project.”

"Ah~~"

Wilson sighed.

A researcher walked over quickly, holding a tablet in his hand, pointed at the screen and said, "Boss, look at this!"

"The gravity aircraft has an energy device underneath. The information center has confirmed it. They sent a message asking about the technical situation..."

"According to their guess, there is most likely a power generation device that combines low-temperature nuclear fusion with nuclear power conversion technology."

Wilton came over immediately.

Dennis White also looked over with a frown.

According to the professional understanding of nuclear fusion, it is said that there is a nuclear fusion device under the aircraft...

There is really no problem at all!
At least, the appearance is similar!

As to whether it is a device made by combining low-temperature nuclear fusion with nuclear power generation, no one can be sure.

"If it's just an appearance analysis, it might be."

Dennis White said, "But my reason tells me that it is impossible..."

"Low-temperature nuclear fusion is the conclusion reached after analysis."

"That's very certain."

The researcher said, "Boss, they sent a message asking if we can use this appearance as a reference for research..."

"They also said they would send a team to participate in the project." "In other words, the subsequent experimental plan may have to be re-formulated..."

……

The Information Center analyzed the 'low-temperature nuclear fusion' and 'nuclear power conversion' technologies.

They're not 100 percent sure.

This is what information analysis does. Eliminate all the impossible, and what remains, no matter how absurd, is possible.

The same is true in the international academic community.

After the footage of the gravity craft was exposed, many scholars conducted professional analysis and found that conventional explanations were impossible.

The only possibility is to combine low-temperature nuclear fusion with nuclear power technology to support the electrical energy required to create a gravitational field.

Of course, there are also a lot of opposing voices.

Many scholars who specialize in nuclear fusion research share Dennis White's idea that the existence of low-temperature nuclear fusion is ridiculous.

"Either there's something wrong with the video, or there's some new technology."

"Or maybe it's not a gravity vehicle at all."

At the same time, there are also a lot of voices of belief.

Public opinion at home and abroad immediately shifted from the "reappearance of gravity aircraft" to the "low-temperature nuclear fusion" technology.

Large press conferences were also affected.

Some foreign reporters asked directly about the gravity aircraft, about the video at the center of public opinion, and even asked directly whether China has mastered the technology of low-temperature nuclear fusion control.

The press officer said, "We also hope to master the high-end technology you mentioned, low-temperature nuclear fusion combined with nuclear power, perfect energy technology..."

"However, we have not received any information on related technological breakthroughs for the time being."

After a technology is developed, it certainly cannot be exposed directly. People outside can discuss it, but no one can be sure.

In fact, teachers have already discussed the issue of exposure.

Meng Zhilin's team's research cannot stop, and flight tests will be carried out in the future.

Researchers in the aviation, aerospace and military fields need a lot of basic data support to design new aircraft, and flight testing is also necessary.

As long as flight tests continue, complete confidentiality is out of the question.

Once the test footage was leaked, it was speculated that it was a gravity aircraft, and that it was a low-temperature nuclear fusion combined with nuclear power as an energy device.

repeatedly?

Then it is not a guess, but a confirmation.

Now we can delay it as much as possible. If we can’t delay it, there’s nothing wrong with announcing the news later.

Public opinion did not affect Zhang Shuo.

Zhang Shuo still stays safely in the Source Theory Research Center, doing theoretical research patiently every day.

As the number of experiments on chaotic force fields increases, the amount of accumulated basic data becomes huge, providing a lot of support for theoretical research.

With data, we can conduct analysis; with analysis, we can support the development of theory.

The focus of Zhang Shuo's research is "the interference of weak force on experimental results", and as the progress of S-level tasks continues to improve, he has once again achieved a theoretical leap.

One thing has been confirmed.

"The weak force can interfere with the other three types of effects."

“It’s not just interference, it may also have a promoting effect and will greatly affect the experimental results.”

“This effect can be positive or negative…”

"How do you control the effect, or in other words, weaken the role of the weak force in your experiment?"

The basis of its research is to build a mathematical system to analyze the characteristics of the relationship between the weak force and the other three forces.

If we can complete the analysis of the correlation characteristics between the weak force and other forces, we can start designing experiments to verify them.

First of all, of course, is the chaotic force field experiment and the study of the fundamental force associated with the weak force - the strong force.

The relationship between weak force and strong force is relatively easy to study. You only need to improve the progress of S-level tasks step by step to reap great rewards.

The S-level mission is to study the 'principle of fluctuation deviation in chaotic force field experiments'.

Most of the fluctuation deviations are caused by weak forces.

Study of nature and the weak force.

The mathematical connection between the weak and strong forces is a complex one to construct.

Zhang Shuo spent a lot of scientific research coins, and combined with in-depth research and analysis, he finally understood a little bit.

Even a little bit can make a lot of progress.

By connecting basic mathematics to the chaotic force field experiment in a specific interval, we know how to design experiments to verify the influence of weak force on experimental results.

“Finally, there’s something to gain!”

After finishing a part of the analysis and looking at the rows of formulas on the rough paper, he couldn't help but show excitement on his face.

The study of weak force is so complicated that it took so much time to finally make clear progress.

Now we can start to revise the chaos force field experiment based on what is on the manuscript paper, and then we can verify the theory.

This is crucial for subsequent research.

……

Institute of High Energy Physics Collider Experimental Base, Chaos Force Field Research Group.

Since the chaos force field experiment was restarted, the chaos force field research group has always been the focus of the international physics community.

With repeated experiments, the research group has produced a large number of academic results, including high-energy physics, chaotic force fields, and even powerful theoretical research.

There are many theories for analyzing the problem of deviation in experimental results. Many of them seem amazing. Unfortunately, no matter how amazing they are, they are still just theories and cannot provide any support for the experiment.

Yu Fei, Liao Zhenyu and several international scholars were in the office of the international cooperation group. They were discussing a new experiment.

"Should we increase the intensity? We can try to increase it a little bit, and maybe we will make new discoveries."

“Experiments should also change. A large amount of basic data can only support routine analysis.”

"But change is risky. Even if there is no risk, what theory supports it?"

The large amount of discussion also gave Yu Fei a headache.

He also hoped that the experiment would change, but how?
Will there be new discoveries put aside? But the risk issue must be considered, which makes it impossible for him to make a decision.

"We can discuss increasing the intensity, we can discuss other changes, but ultimately we have to hold a meeting to decide..."

Yu Fei said.

In fact, what he was thinking was, “I must ask Academician Zhang Shuo.”

The assistant suddenly handed the phone to Yu Fei and reminded him, "It's Academician Zhang Shuo."

Yu Fei immediately picked up the phone and heard the other end say, "Professor Yu?"

"Academician Zhang!"

"I'm calling to say that there's no rush to finalize the next experiment. The experiment needs some changes!"

"I'll go over there tomorrow to discuss the experiment..."

(End of this chapter)