There are two most important issues in the experimental analysis meeting. One is the effect of strong annihilation force environment on the properties of matter, and the second is the way of annihilating energy particles.

The former was proposed by Zhu Guangping. If the intensity of the annihilation force reaches a certain height, it can directly change the properties of matter.

This point was confirmed by Wang Hao.

Although it is determined that the state of matter will be affected by strong annihilation force, it is only a matter of theoretical direction for the time being. It is obviously very difficult to create a strong annihilation force that can change the form of matter, and there are no relevant criteria to study it.

Only when the intensity of the annihilation force is high can the material properties be changed.

Whether it is technology or theory in this direction, there are big deficiencies in both directions.

The other is based on the obvious experimental findings, that is, the strong annihilation force field area will annihilate photons, forming a dark area. From this, it can be simply inferred that many energy particles will be annihilated.

Of course, the above statement is inaccurate.

Because of this, the question raised by Paul Phil-Jones arises, that is, whether the energy particles are directly annihilated, or the lifespan of the particles is greatly shortened, and they disintegrate and dissipate in an extreme time, or they are directly annihilated.

Wang Hao has reached the definite conclusion that the annihilation enhancement effect can greatly shorten the lifespan of particles, causing most energy particles to decay and dissipate instantly.

With ordinary thinking, it is difficult to understand the conclusion. When it comes to 'lifespan', it seems to be very long, at least it cannot be described as 'instantaneous'. In fact, the lifespan of many particles is extremely short.

For example, there is a type of particles called resonance particles, which exist for 10 times e minus 28 seconds.

The speed of resonant particles is so fast that even with the most advanced experimental methods, it is impossible to measure it and can only be estimated based on the accompanying data.

Relatively speaking, the lifespan of conventional photons is very long. From a human perspective, photons can be understood as 'always existing'.

However, some physicists have done research on this.

Because reaching the speed of light will produce a 'time topological effect', which can be understood as 'infinite extension of time' relative to the conventional reference system, photons are like 'always existing'.

In fact, using the photon itself as a reference, its lifespan is about three years.

Of course, it is difficult to say whether the research is accurate, but the important thing is that the strong annihilation force effect will not only make particles active, but also greatly reduce the lifespan of conventional particles.

Among them, pure energy particles without mass are the most affected.

That may be an influence that is "far beyond the exponential level", which causes a huge part of the photons to decay and disintegrate within an undetectable time.

If you want to continue more in-depth research and reach more accurate conclusions, you must conduct more precise experiments.

…

Two days later, Xu Baogong led the leadership team to the Antigravity Behavior Research Center.

What came was a leadership group. In fact, most of them were officials from the Ministry of Science and Technology and some scholars. There were only three people in the core.

One is Xu Baogong, the deputy minister responsible for superconducting antigravity research.

The other two are Deng Jian and Zhao Baoran, who are respectively the leaders of the antigravity experiment team of the Condensed Matter Physics Research Center and the Superconducting Laboratory of the Academy of Sciences.

These two anti-gravity experimental teams were formed later. After their formation, they were also under the direct jurisdiction of the Ministry of Science and Technology, and they also received part of the technology sharing. The idea of ​​​​the higher-level department is to form a few more teams to conduct research on anti-gravity, so that more research can be done.

Many results.

result……

Until now, the two teams have only done some simple research.

Deng Jian and Zhao Yanran are both excellent physicists, and their resumes are very dazzling.

For example, Deng Jian was born in the Institute of High Energy Physics of the Academy of Sciences. He directly participated in many positive and negative particle collision experiments and led the team to complete many high-energy physics-related research.

With Deng Jian's achievements and qualifications, he is qualified to be selected as an academician of the Department of Mathematical Physics of the Academy of Sciences.

Zhao Yanran is also very good.

Both of them have excellent resumes and rich experience in experimental research. They are the leaders of the anti-gravity team, and they both have a new determination to devote themselves to scientific research and achieve brilliant results.

However, some fields are different.

When they actually conducted anti-gravity research, they found that it was not easy to understand the basic theories in related fields, and each experiment involved high funds, and it was very difficult to design new experiments to achieve results.

After several consecutive experiments with no results, they could only accept the reality and knew that achieving results in the field of anti-gravity research was a very difficult and stressful job.

In fact, just like many anti-gravity teams in the world, most of them can only engage in simple research, such as studying the properties of anti-gravity fields, rather than research and improve technology.

In cutting-edge technologies, continuous high investment is the foundation.

If you cannot design a good experiment and do "lucky" research, in most cases you will waste funds in vain and achieve nothing.

Because of this, both Deng Jian and Zhao Baran were convinced of Wang Hao.

They know how difficult it is to research anti-gravity technology, and they don't even dare to design and apply for high-investment experimental research, otherwise they are likely to achieve nothing.

Wang Hao leads the team to continue to work on big projects and achieve results one after another.

Of course, as an official of the Ministry of Science and Technology, Xu Baogong didn't have so many ideas. After he came to the research center, the first thing he said to Wang Hao was, "Academician Wang, can you delete your experimental records? Treat today as a

Is it the first experiment? Today’s experimental results are regarded as the first record?”

Wang Hao smiled and said, "Minister Xu, what do you want to do? I will listen to you."

Of course they were joking.

Xu Baogong did feel very sorry for missing the moment of "witnessing history", but it was impossible to "tamper with history".

This chapter is not over yet, please click on the next page to continue reading! Deng Jian and Zhao Yanran were standing nearby.

They were surprised to hear that.

Xu Baogong formed a temporary inspection team and did not explain the experimental findings in detail. He only knew that they were going to the Antigravity Behavior Research Center.

Before coming, they also discussed that they might come to investigate in response to public opinion issues.

In international public opinion, there has been a lot of discussion about superposition force field research, mainly because the antigravity team at Los Alamos Laboratory failed to make progress in the study of superposition positions.

That team spent hundreds of millions of dollars to build large-scale superimposed force field equipment.

This has also led international public opinion to believe that it is unlikely to achieve any results in the short term in the direction of the superimposed force field.

Many professional scholars have analyzed the reasons. Some believe that the direction of the superposition force field is wrong. Some believe that the strength of the superposition force field created by the experiment is still too low. Some scholars even call for the need to re-examine the basis related to the strong annihilation force.

theory.

They all knew about the project of the Antigravity Behavior Research Center, which seemed to be related to the large-scale superposition force field equipment. When they heard Xu Baogong's joke, they immediately realized the problem.

"Is this... the experiment successful?" Zhao Gaoran couldn't help but exclaimed.

Deng Jian also looked at Wang Hao with burning eyes.

Xu Baogong smiled and said, "Professor Deng and Professor Zhao, because they involve some confidentiality-related issues, I never said anything before coming here. Now I can say it now. Academician Wang's team has made a big discovery!"

"What did you find?" Deng Jian asked immediately.

Wang Hao smiled and said, "We are ready, just come and see the experiment."

He let several people into the experimental room.

The experimental team has made preparations. The coolant necessary for the experiment has been filled. All that is needed is to power on the equipment and turn it on directly. After all personnel are in place, the experiment can be carried out.

Xu Baogong, Deng Jian, Zhao Baoran, and several other leaders and scholars were all crowded into the safe room.

Wang Hao and He Yi are also among them.

He Yi was responsible for explaining to others what would happen during the experiment. The so-called "gloom similar to a black hole" he said made others feel panicked.

An old professor asked in a joking tone, "It can't really be a black hole and suck us all in, right?"

Although the tone was joking, it was obvious that he was still a little nervous. After all, it was a scene he had never experienced before.

Wang Hao smiled and said, "We have experienced it once, and we are still safe here."

"Haha~~~"

Many people laughed along with it.

After the experiment actually started, no one could laugh anymore when they saw the so-called darkness.

It was indeed a new experimental result, and it was definitely a great result. It was a real discovery of a new physical phenomenon. But when I looked towards the darkness, I felt like all the light was being sucked away.

It would make people feel very uncomfortable, as if they were 'staring into the abyss'. They were described as 'the gate to hell', 'similar to a black hole' and so on.

Some people looked at it for a few times and quickly turned their heads away, while some people looked at it continuously with obviously bad expressions.

It was not until the experiment was over that the atmosphere became slightly better, but most of what was left was solemn.

Xu Baogong asked, "Do you have any conclusions about this thing? Or is it an analysis conclusion?"

Everyone else also looked over.

Wang Hao said, "What is certain now is that this dark area is definitely a strong annihilation force field, and its direct function is to annihilate photons."

"We later conducted an analysis and came to two conclusions. One is that the photon is not completely annihilated; the second is that the theoretical annihilation process greatly reduces the lifespan of the photon."

"However, more detailed experimental testing is needed to determine the specifics."

"I believe there will be other discoveries in the future..."

Wang Hao explained some analysis conclusions, which also attracted everyone's attention.

Xu Baogong immediately expressed his absolute support for the research.

Deng Jian and Zhao Qiran were a little jealous. They hoped to invest in the research of new physics, but it was impossible for them to study the newly discovered physical manifestations directly, so they could only continue to be jealous.
To be continued...