From university lecturer to chief academician.

Chapter 146 Comparative analysis and discovery of fabricated data in Alloy Lab!
After the review of the report, the spectrometer detection experiment team celebrated internally, but many people had mixed feelings.

They felt that Wang Hao was the only one who should really celebrate.

Although many people's feelings are very complicated, the result is already like this. Scientific research is unreasonable. It will not be transferred by people's will. If you don't accept it, you must accept it.

Looking at it from another angle, some people still have expectations.

The data analysis results made by Wang Hao also belong to the results of the spectrometer detection experiment group, because he used the data of the spectrometer detection experiment group.

In addition, with this result that will definitely have a huge impact, the spectrometer detection experiment team can also say that it ended the research in a very good way, otherwise it will continue to study for a few years, and there is a high probability that there will be no results. Flat is the end.

This is also normal.

Even if the science turns a corner, the hyperon decay does not have the problem of signal disappearance, but it is too difficult to find out that the hyperon cp destroys the signal.

Previously, the international physics community generally believed that the reason why the baryon cp destruction signal could not be found was due to insufficient detection accuracy.

The detection accuracy of the spectrometer detection experiment group is already at the highest level in the world, but the number of hyperons produced is relatively small, and the equipment has already been placed there. If you want to improve the detection accuracy and the number of hyperons, it will take a few years, and other projects It's hard to end.

Now there is a new result, and it is the result that affects the entire cp destruction research, and it can force other cp destruction experiment groups to end together, which sounds very good.

Moreover, Wang Hao's analysis results can help them find new research directions, for example, why does the decay signal of the Corsi hyperon suddenly disappear?

All the data show consistency, so it must be studied carefully.

Wang Hao thinks it is the effect of the annihilation force of space, but it is only his personal judgment. As the experimental group of particle collision research, they cannot draw conclusions subjectively, but conduct targeted experiments to find new evidence.

At the same time, this is an impact and addition to the standard model of particles.

Impact means that some definitions in the standard model of particles need to be changed and modified, and supplements needless to say are just adding content.

The standard model of particles is not a complete definition, but a large collection of microscopic physical explanations and microscopic particles.

There are four basic forces in nature, strong force, weak force, electromagnetic force and gravity.

Scientists know what these forces do, but how to interpret them in essence?This calls for the Standard Model of particles.

To put it simply, the standard model of particles is to explain the four kinds of interaction forces in essence.

Among them, gravity is temporarily excluded.

The current essential explanation of gravity is the space-time curvature of general relativity, and quantum mechanics has no way to explain gravity in the same way as it explains the other three forces.

This is one of the contradictions between the two theories.

A lot of theoretical physics research is to introduce gravity into microphysics, such as the 11-dimensional space-time of the M-theory in string theory, which can well integrate quantum mechanics and relativity.

Therefore, the simplest understanding of the standard model of particles is that the matter that can be seen and the force felt by the body are macroscopic, while the standard model of particles is the quantum interpretation of the microscopic.

no doubt.

The discovery that can impact and supplement the standard model of particles is definitely a big discovery that affects the entire physics world, and it will attract international attention when it is published.

How to interpret the discovery of the disappearance of the Cosi hyperon decay signal, just like what Wang Hao said, needs to be analyzed by theoretical physicists.

Various microphysics research teams can conduct targeted experimental research, and perhaps new discoveries will be made.

Of course, theoretical physicists are also indispensable, and they will make targeted "predictive analysis".

Just like the previous discoveries of 'gravitational waves', 'black holes', 'Higgs particles', 'neutrinos', etc., first of all, based on the research findings, a physical definition, 'prediction', and Make targeted mathematical analysis.

This is the job of theoretical physicists.

Afterwards, according to the very convincing "prophecy", we can conduct targeted experimental research, and there may be new discoveries.

Prophecy, mathematical analysis, experimental research, discovery and proof.

Most of the researches in microphysics and astrophysics are progressing in this cycle.

Wang Hao's prediction for the disappearance of the hyperon decay signal is the "space annihilation force". He explained such a concept and made certain articles.

There will definitely be mathematicians or himself in the follow-up to make mathematical analysis according to the theory determined by the experiment.

After the results are released, the research can be said to have begun.

……

I stayed in the spectrometer detection experiment group until nine o'clock that day, and I was very tired when I returned to the hotel.

Wang Hao fell asleep in bed, and he didn't get up until nine o'clock the next morning. He regained his energy and went directly to the Science Foundation Committee.

Before coming to the capital to give a report, he had already made an appointment with Peng Hui.

Last week, Peng Hui was already in the capital. He led a team to the Materials Science Department of the Science Foundation of China to settle the settlement of the ultra-compressive alloy project.

The settlement of the project listed as a confidential project by the state is definitely very unusual. It not only needs to review the project process and results, but also needs to conduct research on comparing similar projects.

Five people came to the metal laboratory of Xijing Jiaotong University, including Peng Hui, Wan Yiming, two other researchers, and an associate researcher Shi Guifang.

This lineup is huge.

Wan Yiming is the main force among them, not because he has played a big role in his research, but because he is a researcher in charge of data, and he is much clearer about the data in the whole experiment process than others. He is naturally indispensable for the settlement of the audit report.

Before Wang Hao came to the Science Foundation Committee, Peng Hui's team had completed the basic report, and the rest was project settlement and comparative analysis of similar projects.

The Department of Materials Science will archive the results of the project and the results of comparative analysis of similar projects.

In the absence of special needs, including national departments and enterprises, they will not approve or fund similar projects.

The research results of Peng Hui's team are tantamount to creating a ceiling for research on super-compressive alloy materials. If this ceiling can still meet the needs of research and development, then there is no need to continue to study further.

When Wang Hao came to the Science Foundation Committee, he met Peng Hui.

When Peng Hui saw Wang Hao, he gave him a warm hug, and said excitedly, "I have really grown up in the capital this time. Look at the experts in the materials department. They are very polite when they see me." .”

"There are also two academicians who asked me about the research and development situation."

Peng Hui was obviously in a good mood, and then he asked, "Did you go to the positive-negative particle collider yesterday? How was the report going? Did it go well?"

"Successfully, it's finished." Wang Hao replied simply.

"congratulations!"

In fact, Peng Hui wanted to continue to compliment him, but he didn't know what specific report Wang Hao was making, and he didn't know what to say if he wanted to continue.

He went on to talk about the ultra-compressive alloy project.

There is indeed a lot to be said for the results of this project. It is a major achievement in the field of titanium alloys, even far exceeding the international level. It points out the direction for increasing the strength of β titanium alloys. It is also helpful for improving the strength of α titanium alloys and α+β titanium alloys. , and even expand the research of other alloy materials, it also has certain reference value.

"What an accomplishment!"

Peng Hui looked forward to it with some excitement, "This year we will be able to stand in the auditorium and receive the award from the leader. I have already inquired about it. It is no problem to win the first prize of the National Science and Technology Progress Award for this achievement."

The National Science and Technology Award Ceremony is held every year, and the highest honor for group research is the first prize of the National Science and Technology Progress Award.

Peng Hui said with anticipation, "At that time, just the two of us will go, and the leader will present the award, honoring our ancestors!"

Wang Hao is also interested in the annual awards, he asked, "What awards can individuals get?"

"Invention Award? Natural Science Award?" Peng Hui looked at Wang Hao ponderingly, and suddenly felt that it seemed meaningless to say this to Wang Hao.

Because Wang Hao has several personal achievements, all of which may be awarded national awards, and he is likely to go to the stage to receive the awards by himself, and does not need to participate in any group honors.

With such a comparison, the excitement faded.

Peng Hui simply took Wang Hao to the Department of Materials Science, and changed the topic to other projects along the way.

He talked about WISCO's public bidding project, "We have a good chance for this project. The biggest competitors are Donggang University and Chen Jianlin. However, we have achieved major results, and the chance is estimated to be great."

Peng Hui couldn't help laughing as he spoke.

Chen Jianlin was his old opponent, and he was in a good mood to surpass his old opponent in research. He asked Wang Hao if he had any idea of ​​participating.

Wang Hao directly refused, "I have a lot of research recently, so I won't participate in your project."

This made Peng Hui feel a little regretful. He felt that Wang Hao's participation in the project was very confident. Without Wang Hao's participation...could there be great results?

He found that he was a little unconfident, which was not the case before.

But Wang Hao will definitely not participate in the project again. He participated in the ultra-compressive alloy project before, and he was only interested in helping with data analysis.

This is a project in the Alloy Materials Laboratory of Donggang University.

Now there is no reason to continue to participate. His interest in the NS equation is much greater than any material analysis.

In addition, he also studies the space annihilation force.

The space annihilation force is definitely a super discovery, just like the understanding of the spectrometer detection experiment group, he will definitely hope to shape the mathematical theory and discover it in future experiments.

If the theory related to the annihilation force of space can be perfected, it is tantamount to pulling gravity into the standard model of particles.

Achievements at this level will undoubtedly win the Nobel Prize in Physics.

This is major research.

This time I came to the Materials Science Department of the Science Foundation of China, just to explain my analysis content, and also to do project settlement, summary and result analysis.

Then, he can leave.

When he arrived at the Department of Materials Science, Wang Hao met several resident experts, including two academicians of materials.

He briefly talked about his mathematical analysis work.

This is not a report, it's just a job description. The relevant personnel will make a record and then file it. It sounds similar to the police station's record.

Wang Hao said that it was almost over in about 10 minutes.

He was preparing to leave with Peng Hui when he saw an acquaintance walking in. Before Wang Hao could speak, the other party came over with a face full of surprise, "Wang Hao?"

It's Cao Dongming.

Cao Dongming held a lot of documents in his hand, which seemed to be archives, and said, "Why are you here?"

Wang Hao said, "Come and do project settlement with Professor Peng."

"Super compressive alloy?" Cao Dongming said, "Exactly, that's why I came here."

"Oh?"

Cao Dongming put the archives in his hand aside, and explained, "I just sent the documents to the Department of Materials Science. These are reports related to the research of the Institute of Aeronautical Materials and super-compressive alloys."

"You guys seem to be going to analyze the results of this project in the afternoon, right? I'm in a hurry to send the materials over."

Wang Hao asked suspiciously, "Do you need other project information for project settlement?"

"Of course."

Peng Hui explained, "This is a major project, and a comparative analysis of similar projects must be done. Whether it is the Institute of Aeronautical Materials or the Department of Materials Science, they are actually national institutions. The research and projects between each other are Where there is exchange, especially in the research of titanium alloys, the exchange of data and even the sharing of results are more necessary."

Cao Dongming also followed, "The research on titanium alloys is originally coordinated by various material institutions. Every component in aviation needs titanium alloys. It is impossible for every one of them to be specially developed by the Aeronautical Materials Institute."

Wang Hao nodded in understanding. It is possible to purchase related alloy materials for civilian use, but it is different for military use.

The Institute of Aeronautical Materials is an institution under the Aviation Industry Group, and it will definitely involve military uses, and the most direct military use is to manufacture advanced fighter jets.

Advanced fighters will use a large number of titanium alloys, and so many types of titanium alloys cannot be researched by a single institution of the Aeronautical Materials Academy.

Research related to the National Science Foundation will also be included.

Naturally, each material department does not operate independently, and there will naturally be data exchange and even direct sharing of results in related key research and development areas.

Now doing comparative analysis of projects, we hope to maximize the application of the results. The results of Peng Hui's team's projects will naturally help Cao Dongming's project research.

Therefore, Peng Hui's team's project settlement analysis also involved experts from the Institute of Aeronautical Materials. They sent Cao Dongming, another titanium alloy expert, and several other support staff.

In the afternoon, the settlement and analysis of project results officially began.

A lot of reports are put together, and each content must be carefully analyzed and studied, and compared with the settlement results of Peng Hui's team.

The work of this process is very complicated.

Wang Hao has not been assigned a job, he is not a member of Peng Hui's team, and he does not have a project from the Materials Science Department in his hand, so naturally no one can control him.

However, he accepted the invitation to see the results analysis work.

When other people were busy, he sat with Wan Yiming. Wan Yiming was very happy to see Wang Hao, and he asked some questions that he didn't understand.

He can be described as worshiping Wang Hao.

Every time I see Wang Hao, I feel that I can make progress and learn a lot from Wang Hao.

Wang Hao is also willing to discuss data analysis with Wan Yiming. He talked about the recent more proficient function shaping method, "The function based on the assumed score value and process is very helpful for data."

Wan Yiming listened carefully.

"Actually, the method is very simple. It mainly involves some content of function theory, discrete mathematics and functional analysis. Let me give you a simple example to understand." Wang Hao seriously talked about this topic, and he explained very detailed.

Wan Yiming listened carefully at first, but later found that he couldn't understand it at all, because he didn't have those high-end mathematical foundations, so he couldn't help but interrupted and asked, "Is this...simple?"

"...It shouldn't be difficult, right?" Wang Hao was not very sure.

Wan Yiming twitched his lips, "Let's talk about other things, such as this numerical comparison..."

He still has work to do.

Wang Hao also looked at it. What Wan Yiming is doing is comparing the experimental procedures and data between the ultra-compressive alloy project and other similar projects.

He wants to record the data comparison and calculate the deviation value.

Wang Hao glanced at it and was not very interested. He just repeated the calculation work, which is really not interesting.

But after taking a closer look, he suddenly frowned, and asked, "This data form... should be a super-compressive alloy project?"

"Correct."

"Donggang University Alloy Materials Laboratory?"

"Yes."

Wan Yiming minimized the window and showed Wang Hao the name of the file, and it was indeed the name of the alloy material laboratory.

They put several similar project materials together for research, and carry out final calculation and archiving for the data of each manufacturing process.

"That's wrong." Wang Hao frowned tightly.

The reason why he noticed the data on the computer was that the format of the data was very familiar, which was the format in memory of the Alloy Laboratory super-compressive alloy material project when making data.

He has worked in the alloy laboratory for three months, so he is very familiar with this data format.

"Let me see." Wang Hao took the mouse, clicked on a row of data and looked at it carefully.

Wan Yiming was a little confused, so he stepped aside.

Wang Hao stared at the data on the computer screen carefully, and found a part of the data he was familiar with. The more he looked at it, the more surprised he was, because it was completely different from the data in his memory.

He checked these data more than once. Some of the content could be recited, but he saw completely different data.

"Is this data abnormal?" Wang Hao looked at it carefully and said.

"what happened?"

Peng Hui was walking over, stopped and asked.

Wang Hao continued to stare at the screen, and opened another file to check, "These data are different from what I recorded, this file." He pointed to the rows of data on the screen, "These are all entered by me, but now the values There have been differences, as if specially modified."

"Oh?" Peng Hui's expression suddenly became serious.

Wang Hao took a closer look and made sure, "These data have definitely been changed, and a lot of changes have been made, but they are all original experimental data, why do they need to be changed?"

This is no small problem.

The analytical data of a study may be modified, but the basic experimental data will not be modified when submitted.

For example, if you weigh yourself, you can record as much as the weight value, and it is completely meaningless to make changes.

Peng Hui also frowned, realizing that he had found a big problem, he immediately called out, "Professor Cao, come and take a look at these data."

His name is Cao Dongming.

Cao Dongming is the main person in charge of titanium alloy research and development at the Institute of Aeronautical Materials.

The ultra-compressive alloy project of Donggang University Alloy Materials Laboratory is a project of the Aviation Industry Group, which is under the management of the Aeronautical Materials Institute.

Although Cao Dongming is not directly attributable to the level, but because he is also in the field of titanium alloy research, he absolutely has the right to directly intervene.

Cao Dongming put down his work and came over to ask about the situation. When he heard Wang Hao say 'initial data change', he immediately realized that it might be a big problem.

He frowned and thought for a while, and immediately explained, "Everyone stop, let's take a look at the project data of the Alloy Materials Laboratory of Donggang University."

After Cao Dongming finished speaking, he asked Wang Hao, "Are you sure these data are different from what you remember?"

Wang Hao nodded vigorously, "I'm very sure. I entered some of them myself."

"This is a big deal." Cao Dongming took a deep breath.

"What does this mean?"

Cao Dongming said very seriously, "Significant revisions to the basic data of the experiment must involve falsified data."

"Going a step further, it may be data falsification, experiment falsification, and may even involve making false data reports to defraud funds..."

"The lightest of them is false reporting of experimental data, which is suspected of breaking the law, but generally the modification of data is for a purpose, and it is likely to constitute a crime of fraud-defrauding the country-family property-property."

He added, "A project of tens of millions is very serious."

The people next to him suddenly became more serious.

(Ask for a monthly pass)

(End of this chapter)