From University Lecturer to Chief Academician

After Huang Zhen finished speaking, everyone in the conference room saw Wang Hao, wanting to know his opinion on Parsons' 'big bang analysis theory being denied'.

Wang Hao didn't care at all, he nodded indifferently and said, "This is a very good research, it can be made public on the Internet, or published in some newsletters."

"However, we will keep it secret for the time being, because it involves experiments. We will complete a stage of research and then consider making it public."

Huang Zhen was immediately happy because his work was recognized.

Paul Phil-Jones was a little bit disappointed. He couldn't wait to make the research public, and then called Parsons to tell him the good news. Unfortunately, he had to wait for a while.

hapiness……

Still have to postpone it!

After Wang Hao finished speaking, he thought for a while and explained, "Actually, Parsons' big bang theory is not the basic theory of annihilation physics, but his analysis based on annihilation theory combined with the mathematical content of string theory. "

"I have read that paper carefully, and there are many mathematical expressions in the content of string theory, and some descriptions are not rigorous, but it is indeed enough to describe the theory."

"Because its content involves high-dimensional, high-dimensional, it is difficult to say, just like the eleven-dimensional space of membrane theory and M theory, it cannot be verified at all."

"Now based on the experimental conclusions, mathematically disproving it is tantamount to removing the dross for annihilation physics."

Zhang Zhiqiang was a little embarrassed. Just now he said that Parsons' analysis of the big bang was part of the annihilation theory, and now he was slapped in the face by the founder of the annihilation theory.

After Huang Zhen sat down, it was Helen's turn to give a report.

Helen was speaking on behalf of her and Paul's group, whose research has focused on spatial resolution, that is, describing what space specifically is, and analyzing the processes by which space absorbs or annihilates energy.

They analyzed it from a mathematical point of view and came to several weird conclusions.

"On the existence of space, Paul and I have different views."

Helen said seriously, "I tend to think of space as composed of a large number of special tiny particles. The movement of these tiny particles is not restricted, and they can stay still forever, that is, they can jump from one end of the universe to the other in an instant... ..."

"In this way, many problems can be explained, such as the generation of annihilation force, the transformation and transfer of annihilation energy, and the performance of strong annihilation force and weak annihilation force, etc."

"Paul is more inclined to understand space as an infinite number of small waves. It's really funny. It's just a flip of string theory. I heard it and thought he was going to re-study string theory."

"He thinks that transmission in the form of short waves can explain the speed of light...I think this is ridiculous!"

"It feels like imagining the existence of omnipotent gods, and all phenomena can be explained by the omnipotence of gods..."

Helen said with a sarcastic smile.

Paul Phil-Jones was immediately angered. He stood up and said loudly, "Your space particle theory is ridiculous. How can space be composed of a large number of particles without energy?"

"As long as it is a particle and can move, it must have energy."

"It's so ridiculous. You still think that particles can jump around in the universe at will? Then, can a large number of particles form a Thor?"

Helen retorted, "Of course I don't deny that there are flaws in particle theory, but you can continue to study it, and your wave theory has more problems..."

"You are wrong. Wave theory has a lot of mathematical support, including string theory, which is also compatible..."

"You are the one who is wrong..."

Suddenly, a fierce quarrel broke out in the meeting room.

Helen and Paul Phil-Jones were arguing red-faced, and the table was about to be turned over by you and me.

Everyone else wanted to go over and persuade them.

For example, Zhang Zhiqiang.

He immediately said loudly, "Stop arguing, both of you are right, we are doing research..."

Before they could say anything, Helen and Paul Phil-Jones turned their heads together, glared at him and shouted in unison, "Shut up!"

Then, the bickering continued.

With Zhang Zhiqiang's precedent, others simply stopped persuading him.

Wang Hao has been listening cheerfully, because the quarrel between the two is really interesting, and similar situations have happened many times, he can watch it as a comedy of life.

Even, he knows the process.

In the first stage, each other finds problems in each other’s point of view to attack; in the second stage, they switch to other fields and attack the other’s other points of view; in the third stage, civilized people scold each other...

Paul Phil Jones: "You can have this idea now, it must be because of your grandmother's koala genes!" (In the famous Hinton family, Helen's grandfather Jeffrey Hinton married a beautiful ordinary people, not scholars.)

Helen: "Your wife's fat has gotten into your head!" (Paul's wife gained weight again after marriage.)

When he found that the quarrel had entered the third stage, Wang Hao immediately signaled Chen Mengmeng with his eyes.

Chen Mengmeng stood up immediately, and she went over and pushed Helen on the seat, and then violently pushed Paul Phil-Jones on the seat, and then shouted, "Stop arguing!"

Immediately, the meeting room fell silent, only Helen and Paul Phil-Jones panting.

Everyone looked at Chen Mengmeng.

Chen Mengmeng smiled shyly, sat back in his seat and calmed down.

lady!

Must be a lady!

Wang Hao coughed lightly, motioned for everyone to look over, and said, "Continue, Xiao Ding, tell me..."

...

The meeting is for everyone to express their own views and think about the conclusions of the experiment.

Wang Hao needs to determine the main research direction based on a series of ideas, but it is not easy to find the right research direction.

After the meeting ended, he found that the inspiration value had only increased by two points, indicating that the direction was still not found.

After he returned to the office, he also began to think seriously. There were still some highlights in the meeting.

Huang Zhen's views on Parsons' big bang analysis theory, Paul and Helen's mathematical negation together, can be summed up to publish a small paper.

The debate between Helen and Paul Phil-Jones is also very interesting. They have different opinions on the form of spatial representation.

Helen leans towards space particle theory.

Paul Phil-Jones favors spatial wave theory.

This is very interesting.

If we look back at history, as early as the 17th century, there was a debate between particles and waves, but it was only about the characteristics of photons. The debate lasted for hundreds of years until the beginning of the 20th century, when Einstein proposed the light quantum of the photoelectric effect Explained, people began to realize that light waves have the dual characteristics of waves and particles at the same time.

Later, a few years ago, he used the "2.5-dimensional topology" to construct a special structure of photons, and explained the wave-particle duality and the mysterious double-slit interference experiment.

Now there is a debate about particles and waves again, but it is only aimed at the expression of space.

The manifestation of space, specifically particles or short waves?

Wang Hao thinks that both of them have some truth. For example, Helen's space particle theory can well explain the problem of energy annihilation and conduction.

Paul Phil-Jones's short-wave theory is indeed brilliant, for example, it can analyze the speed of microscopic particles, and even connect some phenomena in astronomy, such as cosmic microwave radiation.

But no matter it is space particle theory or short wave theory, there are defects that cannot be solved.

Wang Hao is also very sure that neither is correct, he did not get the 'correct feedback', and he didn't even get inspiration points for the mission.

So, what exactly is space?

space.

Strong annihilating power.

energy.

big Bang……

"Space is neither a particle nor a wave."

"Parsons' analysis of the big bang is denied, and the annihilation force is not a high-dimensional force..."

"So the Big Bang Theory?"

"big Bang……"

"Is there a possibility, for example, that the Big Bang didn't happen in an instant, but has been going on all the time?"

"Perhaps, it's not an instant explosion like people imagined. It's been going on and happening all the time..."

Suddenly, Wang Hao's eyes lit up, and he immediately grasped the inspiration, and the system immediately refreshed the information——

[Task 4, inspiration value +16. 】

Have!

He took a deep breath and made sure that he had found the research direction, "So that's it!"

"Annihilation energy, energy conduction, big bang, expansion of the universe..."

"These are connected."

...

After having a clear research idea, Wang Hao immediately went to the Reaction Force Behavior Research Center. He needed to know a very important experimental result-whether the squeeze experiment combined with laser irradiation, and at the same time, whether the released F-rays would be improved.

The Antigravity Behavior Research Center has been doing related experiments, and they have come to a clear conclusion about the release of F-rays——

The intensity of F-rays has been slightly increased.

A little, that is, the improvement is very small, and it has not reached the level of 'quality'.

"The increased intensity can even be ignored." He Yi said, "We now use the magnetization reaction of a nickel-iron steel as the evaluation standard for the intensity of F-rays."

"The magnetization reaction of nickel-iron steel is very strong, and even a little improvement can be detected."

Professor Wang Shanqing is responsible for the detection of the magnetization reaction. He added, "Actually, the best material is elemental metal, but other elemental metals are unstable in air. Gold is actually the best."

"gold?"

Wang Hao was a little puzzled.

Wang Shanqing nodded vigorously and said, "Gold is not only stable in chemical properties, but also has the most stable magnetization reaction."

"We still have research in this area. Like other materials, including nickel-iron alloys, the magnetization response is not stable. The same ray, different materials, the magnetization response effect is biased, and gold...we conducted a Experiments found that the data of the two materials are almost the same."

Wang Hao thought about it carefully, and asked suspiciously, "We did experiments with gold? Why didn't we see it in the inspection documents?"

"Haha~~"

He Yi said with some embarrassment, "Actually, Xiao Xinyu and I produced the material."

"—?"

"We each gave out 20 grams, and asked Professor Wang to help refine it in the laboratory, and then melted it into a gold nugget and placed it on the path of the F-ray as a material. After the experiment was over, we took it back..."

"..."

Wang Shanqing said with a smile, "The test has been completed, and there is no new material composition mentioned in the test. The magnetization effect of gold is not as good as that of iron."

He Yi smiled awkwardly, "Actually, I just thought about going through the F-ray once, and this little gold will become 'ray gold'. Will the value double in the future?"

Wang Hao felt a little funny when he heard it, and he said indifferently, "How about this, make a report and apply for a few kilograms of gold, and the laboratory will continue to refine it and use it as a material."

Gold, it seems to be priceless, but it is not a very expensive material in the laboratory. There are many metal materials that are much more valuable than gold.

For the current experiments, the power consumption is calculated in millions, so a little gold as a material is naturally not a problem.

Wang Hao checked the latest experimental data while talking, and suddenly frowned and asked, "Is there no accurate data on the release distance of F-rays recently?"

He Yi gave an answer directly, "It cannot be determined."

"Can't be determined?"

"It can't be measured for the time being." He Yi explained, "Even the original f-ray transmission distance is over 10,000 meters. It is uncertain whether the current f-ray distance has been improved."

"Because the transmission distance is too far, the direction control is not accurate, and there are still technical deviations."

He simply explained.

In fact, Wang Hao also understood what He Yi meant. It was like the last experiment to detonate a nuclear reactor. They launched it first. After determining the exact position, they let the device stand still and did not adjust any parts before burying the nuclear reactor. .

To put it simply, the direction control is inaccurate. When releasing at the same place, there may be a slight deviation in the angle of the F-ray release. If the slight deviation is enlarged to 10,000 meters away, the deviation will naturally be large, and it is impossible to accurately hit the target at all. .

Not to mention, the transmission distance of F-rays must have increased under extreme pressure conditions, and may reach 30,000 meters or 40,000 meters. Such a long distance and inaccurate direction control make it difficult to measure.

After all, F-rays are different from conventional artillery shells and missiles. When shells and missiles are shot out, the wreckage can be found at the point of impact, while F-rays are useless after they are fired.

Wang Hao thought about it, and explained a job very seriously, "Next, the experiment should pay attention to the detection of the transmission distance of F-rays." He added, "I don't need detailed data, for example, how many meters are transmitted, but I need to know whether the extreme pressure state combined with the F-rays released under intense laser irradiation will improve the transmission distance compared with the pure extreme pressure state."

"This is related to my ongoing research, and it is of great significance to our research." He Yi nodded seriously, and at the same time was a little distressed. It is difficult to detect F-rays in extreme pressure state alone.

Now they can only determine a value, the F-ray transmission distance in the extreme pressure state is between 30,000 meters and 80,000 meters.

The range is simply too broad.

With the addition of a 'laser irradiation' state, it is hard to say whether there is an improvement, even if there is a significant improvement, how to carry out a specific test?