Chapter 380: First-order Energy Wave, New Journal, Thoughts of the Nobel Committee
In the office.
Ma Kaiping stared at the door quietly and took a sip of tea. He still felt very uncomfortable. He kept talking about it as a 'little discovery'.
But just in case....
For an experimental physicist, missing out on a chance to make a big discovery in physics is like missing out on five million dollars by buying a lottery ticket.
Ma Kaiping feels uncomfortable! Yuan Yang is here.
Ma Kaiping is still closer to Yuan Yang. Yuan Yang has been in his group since he came to work at the Academy of Sciences. They have worked together for twenty years and can be regarded as half of his students.
"Shen Huiming conducted exciting radiation experiments and found that the energy of low-frequency waves increased abnormally...
Yuan Yang frowned as he thought. As soon as he heard the content, he knew that it was unusual. Even in other directions, similar experimental findings must be taken seriously, let alone related to the study of first-order iron.
However, compared to Ma Kaiping, Yuan Yang's mentality is much better. Even if the team does research together and makes discoveries in the direction of stimulated radiation experiments, it is impossible to have anything to do with him.
In terms of the distribution of team results, Ma Kaiping is the main person in charge and will definitely occupy part of the results. He and Shen Huiming have the same status. Unless it is their own research direction, there will be no relationship. It would be great to be able to sign on the results.
So Yuan Yang didn't care much. He could only comfort Ma Kaiping, "Actually, it's not a big discovery. It may be related to Academician Wang's research. Academician Wang has been studying strong annihilation force. They made the first-order iron." But in the field of materials, we are the professionals.”
"An element with completely new characteristics, a completely new substance, has many research directions, and we cannot possibly consider all directions."
"The direction of excited radiation was proposed by Academician Wang. Now that Shen Huiming has discovered it, it is a good thing. Even if it is very important, it is probably related to the study of strong annihilation force, not the direction of materials..."
Yuan Yang said a lot in succession, most of which were words of 'comfort', and he did not deny that it might be a 'big discovery'.
These words were comforting to Ma Kaiping's ears.
The outside world's impression of Wang Hao's research can be roughly divided into two labels, one is 'strong annihilation force field experiment' and the other is 'annihilation theory'.
The former is an experiment and the latter is a theory.
The content related to F-rays is completely confidential and will naturally not be disclosed. Even materials academicians like Ma Kaiping don't know about it.
In fact, there is some controversy over the direction of strong annihilation force experiments, because the research consumes too much money. Without understanding F-ray research, the outside world only knows some public results. Some scholars are concerned about "high-cost" experiments. Research has opinions.
Of course, having opinions doesn't mean anything.
At this stage, there are far fewer opinions among domestic academic circles, mainly because the discovery of the first-order iron element and the discovery of a material with completely new properties can make all opinions disappear.
New elements and new materials are of such great significance that any scholar understands the scientific research potential and economic value contained in them.
If it is a major achievement in the properties of first-order iron materials, it will definitely be taken seriously by Ma Kaiping, but if it is related to the study of annihilation theory, it seems to be the icing on the cake for Wang Hao's research?
"Not sure yet!"
Yuan Yang continued, "Of course, we definitely hope that Shen Huiming will make a big discovery."
Ma Kaiping also nodded and said somewhat against his will, "Of course, I hope..."
Of course he knew that Shen Huiming had made a big discovery, which would only bring benefits to their team, but he still couldn't help but feel very depressed at the thought of making a major experimental discovery.
It's like two friends buying lottery tickets together. They originally agreed to share the winnings together. But halfway through, they felt that their friend's lottery ticket was hopeless, so they simply said nonchalantly, "The winnings are all yours."
As a result, my friend may have won five million! It’s so uncomfortable!
.....the other side.
Shen Huiming
I couldn't wait to sort out the experimental materials and explain the work to the group, and took Fang Yongsheng to Xihai University the next day.
They are really too eager.
Fang Yongsheng is an associate researcher at the Institute of Metal Research and the second-in-command in Shen Huiming's group. He is directly responsible for many experimental work, or for subsequent experimental cooperation with the Antigravity Behavior Research Center. Fang Yongsheng will definitely play a big role.
Fang Yongsheng was even more excited than Shen Huiming. He never thought that one day he would be spotted by Academician Wang Hao and collaborate with him on some kind of research.
I feel very proud when I say this, not to mention that they have made a clear experimental discovery.
Their experimental findings are also very simple to explain. To stimulate radiation is to use various methods, such as the simplest ray irradiation, to make the first-order iron material reflect energy waves.
They will measure the reflected energy waves.
Because various methods are used to excite radiation, there are many kinds of reflected energy waves, including various types of electromagnetic waves, electronic waves, etc. If you want to measure them, you need to classify them.
For the measurement of a certain type of energy wave, it is necessary to eliminate the interference of other similar energy waves.
Low-frequency light waves are one of these types.
The "low-frequency light waves" mentioned by Shen Huiming include infrared, visible light and ultraviolet light waves with relatively low frequencies.
Among them, the frequency of ultraviolet rays is relatively high, but in a laboratory environment, ultraviolet rays can only be regarded as 'low frequency'.
Only when it reaches the level of X-rays can it be called 'high frequency'.
When they measured low-frequency light waves, they found that compared with the same number of low-frequency light waves, the energy of the low-frequency light waves emitted by exciting first-order iron was higher.
It's not normal.
The energy intensity of two light waves excited by the same method is naturally the same, and obvious differences are valuable for research.
Shen Huiming and Fang Yongsheng were discussing along the way, "Academician Wang Hao seems to want us to do research in conjunction with strong annihilation field experiments, but how to do it specifically is completely unimaginable..."
This chapter is not finished yet, please click on the next page to continue reading the exciting content! "Academician Wang Hao attaches great importance to our discovery, but what does it represent?"
"Maybe it's a very important discovery, about the properties of first-order iron? Maybe it's related to the research on the annihilation force field?"
Their understanding of annihilation theory is limited, and they naturally do not know how to combine experimental findings with strong annihilation force fields for research.
soon.
The plane from Feicheng to Xihai arrived at the airport. Shen Huiming and Fang Yongsheng couldn't wait to go to Xihai University and met Wang Hao and the rest of the team at the Antigravity Behavior Research Center.
Wang Hao attached great importance to Shen Huiming's arrival. He specially waited at the research center and asked Yan Jing and Xiao Xinyu to accompany him.
He also asked directly about the experimental findings, and Shen Huiming explained in detail with the information.
"The overall energy has increased by more than 6%..." "Combined with other data..."
Wang Hao thought carefully, "Maybe it's within the visible light range?"
"Visible light? Impossible!" Yan Jing said with some surprise. They had already discussed this issue. "Low-frequency light waves include infrared, visible light and ultraviolet. If there are 'first-order energy waves' in them, it is likely to be infrared or ultraviolet." , one of the two has a high frequency, the other has a high frequency.
The frequency of visible light is between the two, which is the lowest possibility. Wang Hao shook his head and said, "Maybe the 'first-order energy wave' has nothing to do with frequency?" Yan Jing and Xiao Xinyu both thought about it.
Shen Huiming couldn't understand the content and simply asked, "Academician Wang, what are you talking about, first-order energy waves? Is it related to first-order iron materials? How do we cooperate with the experiment?"
"You are not cooperating with the experiment. This experiment is led by you." Wang Hao said, "To put it simply, we are looking for an energy wave with higher resistance to 'annihilation'." "We discovered first-order iron before, and the experiment It proves that first-order iron will not produce magnetization reaction when it is in an ordinary strong annihilation force field."
"Now it's energy waves. We are looking for a light wave that cannot be annihilated." ".
..”
「」
Shen Huiming and Fang Yongsheng looked at each other with their mouths half-opened in shock. First-order iron?
First-order energy wave!
Shen Huiming took a deep breath and said after a long time, "So our discovery is probably related to the first-order energy wave? In other words, we may have discovered the first-order energy wave?"
"Yes!" Wang Hao nodded affirmatively.
Shen Huiming and Fang Yongsheng were both stunned. They were discussing along the way. No matter how much they discussed, they never thought that their discovery would be so important, so important that it could be tied with the first-order iron.
First-order iron, what is the concept?
If we take the awards in the physics community as a reference, the discovery of first-order iron can win at least the Nobel Prize in Physics.
So the first-order energy wave...
Both Shen Huiming and Fang Yongsheng felt as if a lottery ticket of 100 million was hit on their heads, with excitement and surprise written all over their faces.
If this research is released, they will definitely become famous and become the world's top materials experts, win the Experimental Physics Award, and may have the opportunity to stand on the Nobel stage in the future and win the most important award in the academic world.
--
Shen Huiming and Fang Yongsheng went to the experimental base together.
They will design an experiment to excite first-order iron and detect low-frequency light waves in the experimental base. The experimental design is still very difficult. They need to control the excited low-frequency light waves to directly penetrate the strong annihilation force field.
Then, a large number of detection equipment will be installed at the other end of the strong annihilation force field to collect the light wave signals transmitted from the strong annihilation force field.
If the signal can be collected accurately, the experiment can be confirmed to be completed.
At that time, the collected signals correspond to 'that beam of light waves that cannot be annihilated'. Otherwise, all the excited energy waves will be annihilated, which naturally means that the experiment fails.
Wang Hao did not participate in the experiment, because the experimental process was determined and there were no insurmountable difficulties. He only needed to wait for the results.
He is concerned about another thing.
The Antigravity Formation Research Center, together with the Superconducting Materials Research Center and the Mason Number Science Laboratory, registered and established an academic journal - "Annihilation Theory and Physics".
The journal publishes Chinese and English versions, and the English version is called "Annihte-Theory-and-Annihte-Physs". The abbreviation is, ATAP.
The main purpose of this academic journal is to publish the results of the Antigravity Behavior Research Center, the Superconducting Materials Research Center and the Mason Number Science Laboratory on annihilation theory, physics research and superconducting material technology.
The reason for establishing a brand new journal is to make it easier to publish results without having to submit articles to other journals.
When there are new results to be released, the official website of the journal will be released. The journal will also accept submissions and select outstanding papers for publication on the first of every month. At the same time, the electronic version of the journal will also be published simultaneously.
It is naturally not easy for a brand new academic journal to develop.
However, relying on the three top international institutions, the Antigravity Behavior Research Center, the Mason Number Science Laboratory and the Superconducting Materials Research Center, "Annihilation Theory and Physics" has exclusive results and content that will definitely be ordered in large quantities, downloaded and watched, and has great influence. No need to worry at all.
On the day when "Annihilation Theory and Physics" was established, top scholars from the three institutions all participated in the cutting ceremony. Paul Field-Jones, Helen, Deng Huanshan, Xiang Qiansheng and others all expressed their willingness to serve as special judges for the journal.
Wang Hao also accepted an interview with a reporter and talked about the issue of the journal, ""Annihilation Theory and Physics" only focuses on two directions, one is annihilation theory, and the other is superconducting technology."
"All related research results and experimental results can be submitted for submission. I will also serve as a reviewer and will take some time to review the manuscript."
"At the same time, the journal Annihilation Theory and Physics will become a collaborative publishing platform for the Antigravity Research Center."
This chapter is not over yet, please click on the next page to continue reading! "I
The team's research on annihilation theory will also be published in the journal "Annihilation Theory and Physics"..."
Wang Hao simply introduced "Annihilation Theory and Physics" and explained that personal and team results will be published on it, but the impact is very large.
The journal "Annihilation Theory and Physics" has only opened electronic pre-orders for its new issue a week after its establishment, and the number of pre-orders exceeded one million on that day.
Among them, there are 30,000 overseas bookings, and the rest are domestic bookings. This data is really amazing.
Shi Honglei, editor-in-chief of the journal "Annihilation Theory and Physics", when talking about the number of reservations in the editorial office, he was surprised and said, "There are really many people supporting the research on annihilation force fields!"
Shi Honglei received a Ph.D. from the University of Pennsylvania. After returning to China, he worked at the Basic Science Center of Capital University, and later served as the research group leader and research director at the Superconducting Materials Science Center. He had a good level of scientific research and administration, so he simply
Invited to serve as editor-in-chief of a new journal.
Others in the editorial department discussed, "Probably because of the research on antigravity properties.
Center? Everyone knows that the antigravity center represents the forefront of annihilation physics..."
"I think it's probably because Academician Wang Hao has such great personal influence." "With Academician Wang's endorsement, everything is a small problem..."
"However, many of the people who order do not really want to read the content, but it is equivalent to support or even a donation, right?"
that is the truth.
Many people in China pre-ordered the new issue of the magazine. Just because the journal was endorsed by Wang Hao, they simply pre-ordered it, which was equivalent to spending some money to support the country's scientific and technological research. After Wang Hao heard the news, he didn't think it was a good sign and made the pre-order.
The content of the new issue is not even downloaded at all. From a personal perspective, it is definitely meaningless.
The research and development funds of the Antigravity Behavior Research Center do not need to rely on individual donations, nor does the journal "Annihilation Theory and Physics".
Wang Hao thought about it and simply went to the Internet and posted a joking message -
""Annihilation Theory and Physics" is a non-profit academic journal. If you make too much profit, the money will just get moldy in your account.
If you want to donate, I personally don’t mind providing your bank account number! / laugh / laugh / laugh.”
After the news was uploaded, Wang Hao shook his head slightly with helplessness on his face, and said to Zhang Zhiqiang next to him, "Okay, okay? It's really annoying because it has so much influence!"
Zhang Zhiqiang was silent for a moment, and suddenly said in a flattering manner, "How about this, Wang Hao, can you send another message and post my bank account number?"
"roll!
The establishment of the journal "Annihilation Theory and Physics" seems to have nothing to do with other institutions, but competition exists in any field.
The same goes for academic journals.
Bruce Pulitzer, editor-in-chief of "New Advances in Mathematics", felt very depressed because of the journal "Annihilation Theory and Physics". He felt that there would be no more "mathematical exclusives" in the future.
If Wang Hao has any new mathematical results, he will definitely choose to publish them in "Annihilation Theory and Physics".
Campbell, editor-in-chief of the physics editorial department of Nature magazine, feels the same way.
Previous experimental results of the Antigravity Behavior Research Center and Wang Hao's annihilation theory research results will be published in the journal Nature.
There will definitely be no more in the future.
At the same time, the field of academic journals in mathematics and physics has also ushered in new and strong competitors.
Even though "Annihilation Theory and Physics" has just been established, its influence is definitely not as high as that of the top academic journals. However, relying on the top annihilation theory and the support of superconducting materials research and development institutions, it will definitely publish some major scientific and technological cutting-edge research results.
It will definitely attract the attention of the international mathematics and physics communities, and its future development can be described as 'unlimited'.
However, what is most anxious is not academic journal institutions, but some academic award selection institutions.
For example, the famous Nobel Committee.
After seeing the news about the establishment of the journal "Annihilation Theory and Physics", Nobel Committee Chairman Ya
Grant-Berhard Anderson kept thinking about a question in his mind, "Can institutions such as the Antigravity Research Center set up a new journal, or can they also develop a physics award?"
"The Antigravity Research Center, the Superconducting Industrial Company, and Wang Hao's huge personal influence have established a physics award. Maybe in a few decades, it can compete with the Nobel?"
"Also, will this year's Nobel Prize in Physics be awarded to research on annihilation physics?"
"If we were to evaluate other research, the Nobel Prize in Physics would probably be compared with the Peace Prize, right?"