Chapter 300 A brand new physics, organizing the International Conference on Antigravity
Discuss!
Lin Wenji's antigravity experimental team did make new discoveries.
During the study of superimposed force fields, they found that metal materials passing through the edge of the force field would show an extremely weak magnetic field response in a short period of time.
The process of this discovery was also quite coincidental.
At that time, the experimenters adjusted the position of the experimental object in the superimposed force field. Later, after the experiment was completed, they watched the entire experiment process and discovered through the surveillance video that two metal materials were stuck together.
Some people thought it might be a new discovery, and later conducted several experiments to confirm it. Because the magnetic field response on the surface of metal materials was extremely weak, they conducted several additional experiments.
The entire team thinks it is a very important discovery, but they have not made it public. For the time being, they are only discussing some experimental situations internally.
This is mainly because they are worried that making the research findings public may become a wedding dress for other teams.
For one thing, they don't know what discovery means.
Second, this experiment is not complicated, it is just a study of superposition positions.
Lin Wenji's team's technical level is also insufficient. They can only produce a maximum anti-gravity field strength of 38%.
Nowadays, international high-end technology, such as Philip Rohrer's team, can already create more than 60% of the anti-gravity fields.
The Antigravity Behavior Research Center of Sokai University can even create an antigravity field of more than 70%, and they can create an ultra-high-strength lateral force field, which is said to be capable of exceeding 80%.
Other anti-gravity teams have different technical levels, but most of them are between 35% and 50%.
This is only judged by the intensity of the anti-gravity field created.
In fact, some anti-gravity research teams do not invest in improving the strength of anti-gravity fields, but instead specialize in studying the characteristics of anti-gravity fields.
Now the new discoveries made by Lin Wenji's team are undoubtedly related to the characteristics of anti-gravity fields. Once the results are released, they will definitely be quickly copied by other teams, and they don't know what they specifically represent, so releasing them will be harmful and unhelpful.
That's why Lin Wenji hopes to find relevant theoretical explanations to determine what the new discovery represents.
He initially hoped to study together with Parsons.
Parsons is a well-known expert on annihilation theory and a professor at Florida State University, so he is naturally a good partner.
It's different now.
When he saw the research paper "Strong Annihilation Force", Lin Wenji immediately realized that their new discovery was probably related to the strong annihilation force.
"There is an explanation for the strange reaction of electrons, which may cause a magnetic field reaction."
"So our new discovery is probably related to the strong annihilation force..."
Lin Wenji returned to the team after thinking about it, and immediately reminded everyone that new discoveries must be kept strictly confidential. He also explained what he wanted to do, "I think we should consult Dr. Wang Hao."
"Compared to Ledley, I still trust Wang Hao more..."
Others agreed.
Although Wang Hao is a scholar who is a flower grower, he is much more trustworthy than others.
One is that Wang Hao is the founder of annihilation theory. In the field of annihilation theory, it is impossible for anyone to compare with Wang Hao.
Even though factions have formed within the annihilation theory, some tough "European and American" people even claim that some physicists' understanding of the annihilation theory is no less than that of Wang Hao.
However, a claim is just a claim after all, and no one will believe it, at least no top scholars will believe it.
In addition, Wang Hao does not lack honors.
Faced with the temptation of a potentially Nobel-level achievement, only top scientists like Wang Hao would not be tempted.
The reason is very simple. He has done many researches, which have already surpassed the 'Nobel level'.
…
"Nature" magazine quickly published the paper, which surprised Wang Haodu.
Of course, rapid publication is also good news, but Wang Hao is more concerned about research related to strong annihilation force.
Nowadays, phenomena related to strong annihilation force have been discovered, but it is not easy to conduct research in this direction.
What is certain now is that the edge of the superposition position is only related to the strong annihilation force, not the strong annihilation force field.
That effect can be understood as the energy edge effect of the strong annihilation force, or as the topological manifestation of the strong annihilation force field.
There are two points of difference.
The most important point is non-persistence, or 'intermittent'. The effect of the superimposed edge is not always continuous. Even if the superimposed force field remains in existence, the effect will appear, disappear, and reappear.
disappear again', reflecting an intermittent wave nature.
In short, the effect is not stable.
Wang Hao doesn't know the specific reason, but he is certain that the effect is indeed intermittent.
In addition, at the edge of the superimposed force field, the effective part is too weak.
The experimental team's next research plan is to create a stronger superimposed force field in the hope of obtaining more data.
Although the next step of research has not yet begun, Wang Hao already has a hunch that the research will not yield much. At most, it will only superimpose the edge of the force field, which will make the passing matter show stronger magnetic field characteristics.
That's all.
"If you want to make new discoveries, just increasing the strength of the superimposed force field will definitely not work. You must have a new design..."
"However, to find the direction, there must be enough data to support it."
The 'data' here refers to the magnetic intensity value brought to the material by different superimposed force field strengths.
Material, not a material.
Superimposed force fields also need to be tested by intensity.
Adding the two together requires a lot of experiments. Considering that creating anti-gravity fields of different strengths, adjusting the equipment and then experimenting will consume a lot of money, plus the need to create superimposed force fields, you want to get a lot of relevant data.
, can be called a systematic large-scale project.
The Antigravity Behavior Research Center is just a team, with only a few dozen researchers in total.
There are two other anti-gravity teams in China, namely the team from the Institute of Physics of the Academy of Sciences and the anti-gravity experimental team established by the Condensed Matter Physics Research Center.
Both teams are brand new and only have relevant basic technologies, so they can only do some simple research for the time being.
Wang Hao thought and sighed, "Research is not accomplished overnight, you still have to take your time..."
After work.
Wang Hao also turned on his computer to browse the Internet information. He opened Weibo and found a lot of messages.
Because he receives a lot of messages every day, he only reads messages from people he follows.
Several well-known scholars have asked the same question, "Academician Wang, I read your paper published in Nature. Does the strong annihilation force really exist?"
"How to understand the strong annihilation force? Is it a higher dimension beyond three dimensions, or is it a possible strong space squeeze in the universe?"
"Academician Wang, have you ever thought about a question: Are black holes, neutron stars and other high-density stars related to strong annihilation forces?"
"..."
Wang Hao read several messages in a row and found that they were all related to the strong annihilation power.
He simply posted a message, “I saw many people asking me questions about the ‘strong annihilation power’.
Here, let me make a statement.
"Strong Annihilation Force" was researched by my students Helen Hinton and Chen Mengmeng. I only provided the students with direction.
In addition, I am certain that the strong annihilation force exists. The explanation of ‘the weakening of particle behavior’ that appears in the paper “Strong Annihilation Force”, I personally think is true.”
After Wang Hao posted the information on Weibo, it quickly attracted a large number of clicks and comments. The keyword "Strong Annihilation Power" immediately became a hot search list on the Internet.
This shows how great his personal influence is.
Wang Hao didn't pay special attention to it. He carefully looked at the contents of his mailbox. He received a lot of emails every day.
Many of them are invitations from universities and conferences, and domestic and foreign scholars have sent emails to ask questions, and some are about work matters, etc.
Wang Hao particularly noticed an email from American Florida.
"Lin Wenji? Chinese, right?"
He read the content carefully and was shocked.
Lin Wenji said in the email that when his team studied antigravity fields, they discovered that a weak magnetic field formed on the surface of metal materials.
The content of the email was very vague about the content of the experiment. It only emphasized that "the magnetic field response on the metal surface was discovered" and did not mention keywords such as "superposition force field".
If it were another person, he would definitely not understand what Lin Wenji was talking about, or he would simply reply to the email and ask in detail.
Wang Hao was shocked.
Although the email only talked about the magnetic field response on the metal surface, it was related to the 'anti-gravity field' and he immediately knew that Lin Wenji's team had also discovered the edge effect of the superimposed force field.
Wang Hao thought about it carefully and his mood calmed down a little.
The study of superimposed force fields is not very complicated, it is just a matter of superimposing several force fields together.
As long as there is an anti-gravity experiment team doing research in this area, relevant discoveries will definitely be made.
It is normal for Lin Wenji's team to make discoveries.
At this time, Wang Hao thought of the problems encountered in the research. They needed a lot of relevant data, different materials, and different superimposed force fields.
Now they are just a team, and we don't know when and how long it will take to collect enough data.
What if there are several teams together?
The research on superposition force fields is not complicated. Lin Wenji's team has already discovered it. It is only a matter of time before other teams discover it. In other words, Lin Wenji's team may also make the discovery public, and it will be meaningless to keep it secret.
"It would be better to openly disclose it and join forces with other anti-gravity experimental groups to do related research together."
"When the time comes, sharing relevant experimental data and strong annihilation force will be equivalent to studying a new physics, right?"
Wang Hao thought about it and felt that the idea was not bad.
The news about the strong annihilation force must have been suppressed, but the research has only just begun. In addition, the research on the strong annihilation force must be a brand-new physics.
Their advantage lies in understanding more of the underlying basic theories, including some unpublished theories.
If we talk about related technologies, they have even more advantages.
Even if all the underlying theories are made public, they have the most advanced anti-gravity technology and superconducting technology, and they will definitely master the highest applied technology.
Wang Hao thought carefully and wrote a reply email to Lin Wenji.
"Hello, Professor Lin.
I already know the research you mentioned. In fact, we have been studying the magnetic field characteristics of matter caused by the edge of the force field for a long time.
We have conducted a large number of experiments in related fields.
A new physical discovery will be of great significance to physics.
Currently, I am considering organizing an international conference specifically focused on strong annihilation force research, and inviting various anti-gravity teams to participate.
We need to work together to accelerate research on strong annihilation forces.
If the organization holds a meeting, I can invite you to disclose the news to the whole world..."
…
soon.
Lin Wenji saw the reply email. After carefully reading the content of the email, he felt a little disappointed, but also a little excited.
Disappointed because it was determined that Wang Hao's team also discovered the strong magnetism exhibited by the edge of the superimposed force field for metallic materials, and even conducted research for a long time.
The reason for excitement and excitement is that Wang Hao said that he would hold an international conference and only invited the anti-gravity experiment team to participate.
When the time comes, Wang Hao will invite him to share the experimental findings together.
This is equivalent to affirming that part of the new discovery belongs to him and his team, and to a certain extent, it will also improve the status of him and his team in the field of anti-gravity research.
In fact, his experimental team was only established for a short year and has little influence in the world. It is just an ordinary anti-gravity research team.
If the news can be disclosed together with Wang Hao, it will definitely gain international recognition. In addition, participating in the research of 'strong annihilation force' is indeed very attractive.
Scientists and research institutions all over the world hope to do research with Wang Hao.
That truly represents the cutting edge of technology!
Lin Wenji is no exception.
After checking the email message and digesting the information, Lin Wenji immediately changed his attitude.
First, he told everyone in the experimental team not to let Parsons come to the experimental base again.
"We will no longer cooperate with Parsons!" Lin Wenji said with certainty. He was also thinking of other ways to clearly draw a clear line with Parsons.
This is important.
Under the premise of the existence of strong annihilation force, Parsons' research is wrong.
Next week, theoretical physics course.
In addition to normal teaching, Lin Wenji also expressed his views on the "dark matter" controversy, "I believe in Dr. Wang Hao's theory."
"The latest research in Nature magazine, the weakening effect of particle properties caused by strong annihilation force, is the real explanation..."
"Ledley Parsons? That's a liar!"
Lin Wenji gritted his teeth when talking about Parsons, "Yes, he is a liar. I have seen his theory, which is completely made up. There are many mathematical structures, all pieced together here and there, and he can only make up the logic.
.”
"His research is a scam!"
"He wants to deceive the whole world, but I won't believe it. I'm the kind of person who only believes in real science!"