Parsons was so convinced that his research was wrong that he was more than 99 percent certain.

Because his research was made up...

Although he compiled it very rigorously and did not conflict with existing physics, and also used the framework of annihilation theory, what he compiled was just made up, so how could it be that he was striving for it?

It wasn't until he found that many people supported his research that Parsons breathed a sigh of relief and found a little more confidence.

"yes!"

"This is theoretical research, who can say it's wrong?"

"As long as the mistake is not discovered in a short period of time, Wang Hao may not be completely correct. He actually said that dark matter does not exist?"

Parsons became more confident thinking about it.

Dark matter does not exist?

Of course, many people will object to this conclusion, because some teams have been working hard to find dark matter.

There are also some physicists who specialize in studying the issue of dark matter.

Now tell them that dark matter does not exist? Of course they don't want to believe it.

These people will definitely believe in their research results more, and they will work harder to find evidence for the existence of dark matter.

As for finding it or not...

Then it has nothing to do with you!

Parsons felt relaxed thinking about it, but he was still a little nervous. He felt like he had deceived the whole world, but as long as no one could expose it, he had completed a top-notch theoretical physics research.

the other side.

Wang Hao did not expect that publishing a research result would directly conflict with other people?

Ledley Parsons?

He seems to be a very good theoretical physicist, right? He has also analyzed the big bang problem based on the annihilation theory...

"However, his research this time was wrong."

Wang Hao is very sure.

His biggest advantage is that he can grasp the right direction, and every research he does can be sure to be correct.

Since Parsons's research conflicts with his own, then the other party's research must be wrong.

Wang Hao didn't care about international public opinion. He had been doing follow-up research with Helen and Chen Mengmeng, and had already determined the main direction and even reached a conclusion.

"If dark matter doesn't exist, why are there huge differences in the masses of galaxies?"

"Because of the influence of high-intensity annihilation force."

"I believe that there will be high-intensity annihilation forces in galaxies, and high-intensity annihilation forces will weaken the external behavior of matter."

"This is what you have to do next."

For example, a galaxy has a mass of

If the mass is reduced by 90%, it will directly lose 90% of the mass, which is considered to be the existence of dark matter that cannot be discovered.

Wang Hao made a summary of the general direction, but he had no intention of continuing to participate in the research. The most he could do was to provide guidance to Helen and Chen Mengmeng.

Because a clear direction has been found, and a conclusion has even been determined, the follow-up is purely theoretical research, based on the annihilation theory, constructing the impact of high-intensity annihilation force on particle shape, and explaining it using mathematical means.

This research is indeed very high-end, but for him personally, it has no practical significance and will take a long time.

So he decided to hand over the research to Helen and Chen Mengmeng, and let them grasp the direction together, produce results, and provide targeted guidance when encountering big problems that cannot be overcome.

This is the job of a doctoral supervisor.

As for the controversy in public opinion, Wang Hao didn't pay attention at all. Parsons could not be called an opponent at his level, and there was no need for him to do anything personally.

Helen and Chen Mengmeng are definitely no worse than Parsons.

Wang Hao said with great anticipation, "This research is enough to serve as the main content of a doctoral thesis."

Helen and Chen Mengmeng nodded seriously and continued their research with determination.

Wang Hao began to think about a more important question - how to create high-intensity annihilation force?

He has always firmly believed that high-intensity annihilation force will be the most important and iconic research in the development of science and technology. Its role is no less than that of annihilation theory in theoretical physics and semi-topological theory in superconducting mechanisms.

So how to create high-intensity annihilation force?

The only breakthrough Wang Hao can think of is anti-gravity research.

Antigravity research can create areas with weakened annihilation force, but conversely, can it also create areas with high-strength annihilation force?

Although it sounds reasonable, from the perspective of the theoretical basis of technology, there is no correlation.

Anti-gravity technology, that is, the technology to create a region that weakens the annihilation force, has a very complex underlying technical principle, which involves the microstructure and semi-topology of the conductor, as well as the field force effect caused by electron wave conduction in condensed matter physics.

The former is the key.

The lowest logical basis is still the role of semi-topological microscopic form and annihilation force, which can be simply understood as ‘action and reaction’.

The annihilation force acts on the semi-topological microscopic morphology, and the microscopic morphology will produce a certain reaction, and together they form a region that weakens the annihilation force.

Because the effect of anti-gravity is 'reaction', the intensity of 'reaction' will certainly not exceed the intensity of 'action'.

For example, if the action strength is 1, the reaction strength can only be smaller by 1. No matter how high it is, it will only be infinitely close to 1, and no matter how low it is, it will only be lower than 0. Therefore, it is impossible to increase the action strength (annihilation force strength).

What we are currently studying is to enhance the strength of the annihilation force. The effect is completely opposite. The theoretical mechanism similar to 'action and reaction' naturally makes no sense.

Wang Hao spent a lot of time thinking, and found that it was really difficult to find inspiration when he thought about it on his own. He simply went to the Antigravity Behavior Research Center and asked the question to He Yi, Xiang Qiansheng and others.

"Let's all think about it together..."

"The current research is on how to create a region that enhances the annihilation force, or to come up with a method to enhance the annihilation force, combined with anti-gravity experiments. You can write down any ideas you have and share them."

He Yi and Xiang Qiansheng rolled their eyes when they heard this. They were doing anti-gravity research and looking for technology to weaken the annihilation force.

Enhance annihilation power?

Then it is not an anti-gravity experiment, but a weight gain experiment!

Of course, they also knew that the research on enhancing the annihilation power was definitely of great significance, both from a theoretical perspective and from an applied technology perspective, so they still helped me think hard.

That of course leads to nothing.

Wang Hao simply let them think about it slowly. After returning to the Mason Digital Laboratory, he suddenly saw Ding Zhiqiang who was seriously facing the computer screen and constantly operating the mouse and keyboard.

At this time, Ding Zhiqiang is obviously very serious. At the same time, relaxation and happiness can be seen on his face?

"You can still be so relaxed while doing research. You are really born to do scientific research!"

Wang Hao had a 100% positive attitude towards Ding Zhiqiang. He waited at the door for a long time. It was not until he noticed that Ding Zhiqiang's eyes were no longer looking at the screen that he shouted, "Xiao Ding!"

Ding Zhiqiang trembled all over, raised his head and saw Wang Hao, and stood up suddenly.

After standing up, he secretly stepped on the power switch, feeling immediately annoyed, "It seems that the files I recorded this morning were not saved, and I don't know if they can still be found in the cloud storage..."

He walked to the door depressed and shouted, "Teacher Wang!"

Wang Hao saw that Ding Zhiqiang was a little lackluster and said with concern, "Research is important, but don't be too tired."

"Um."

Ding Zhiqiang quickly agreed.

"Come with me." Wang Hao called Ding Zhiqiang to his office, and then got to the topic directly.

Anti-gravity experiment!

Find ways to enhance the power of annihilation!

He explained what he was thinking about in detail, and then looked at Ding Zhiqiang with burning eyes, hoping that his best student could help find some inspiration.

Ding Zhiqiang was stunned when he heard this.

Although he has been following Wang Hao for several years, the research he participated in was calculations related to semi-topological theory. He had never participated in anti-gravity experiments or studied annihilation theory.

In addition, his main research directions are algebraic geometry and partial differential equations.

Now let him think about how to enhance the annihilation power?

Isn't this nonsense?

Ding Zhiqiang's expression remained motionless, as if he was really thinking, but he was already cursing in his heart.

As a PhD student in pure mathematics, how can he think about how to complete a physical phenomenon that "temporarily only exists in hypotheses"?

The hypothesis of this physical phenomenon does not even have theoretical support.

Ding Zhiqiang took a deep breath and suppressed the depression in his heart.

Thinking about the game I just played half way through, I was so frightened that I immediately turned off the power, and then I was asked such a weird question...

He said with a sad face, "Teacher Wang, I really can't think of it! I major in partial differential equations and algebraic geometry, and I don't understand physics at all..."

"I know."

After hearing this, Wang Hao nodded and said with understanding, "This question is indeed difficult for you!"
To be continued...