in the office.

Ma Kai stared at the door calmly, taking a sip of tea, still feeling very uncomfortable in his heart, he kept muttering that it was a "little discovery".

But just in case....

For an experimental physicist, missing out on the opportunity to make a great discovery in physics is like missing out on five million in a lottery ticket.

Ma Kaiping felt uncomfortable! Yuan Yang is here.

Ma Kaiping is still closer to Yuan Yang, when Yuan Yang came to work in the Academy of Sciences, he has been in his group, and they have worked together for 20 years, which can be regarded as half of his students.

"Shen Huiming conducted an excitation radiation experiment and found that the energy of low-frequency waves increased abnormally.....

Yuan Yang frowned as he thought about it, as soon as he heard the content, he knew that it was very unusual, even in other directions, similar experimental discoveries must be paid attention to, not to mention that it was related to the study of first-order iron.

However, compared with Ma Kaiping, Yuan Yang's mentality is much better, even if the team does research together and stimulates the discovery in the direction of 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 he will definitely occupy a part of the results, he and Shen Huiming have the same status, unless it is their own research direction, it will not matter, and it is very good to be able to sign the results.

So Yuan Yang didn't care too much, he could only comfort Ma Kaiping, "Actually, it's not a big discovery, it may be related to the research of Academician Wang, Academician Wang has been studying strong annihilation power, and the first-order iron is made by them, but in the field of materials, we are professional."

"An element with completely new properties, a completely new substance, there are many research directions, and we can't care about all of them."

"The direction of excitation radiation was proposed by Academician Wang, and now Shen Huiming has made a discovery, even if it is very important, it is probably related to the study of strong annihilation, not the direction of materials..."

Yuan Yang said a lot in a row, most of them were 'comforting' words, 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 naturally it will not be revealed, even a material scholar like Ma Kaiping does not know.

In fact, there are some controversies in the direction of strong annihilation experiments, because the research consumes too much money, and without understanding the F-ray research, the outside world only knows some public results, and some scholars have opinions on "high-cost" experimental research.

Of course, there is no point in having an opinion.

At this stage, there are many fewer opinions in the domestic academic circles, mainly because the discovery of the first-order iron element, the discovery of a new characteristic material, can make all opinions disappear.

The significance of new elements and materials is so great that any scholar can understand the scientific potential and economic value contained in them.

If it is a great achievement in the properties of first-order iron materials, it will definitely be valued 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?

"I'm not sure yet!"

Yuan Yang continued, "Of course, we must hope that Shen Huiming has really made a great discovery."

Ma Kaiping also nodded, and said a little against his will, "Of course, I hope for it.....

Of course, he knew that Shen Huiming had made a big discovery, and there was only good and no harm for their team, but when he thought of taking measures to make major experimental discoveries, he couldn't help but be very depressed.

It's like two friends buying lottery tickets together, originally saying that they would win the lottery and share it together, but halfway through they felt that their friend's lottery ticket was hopeless, so they simply didn't care and said, "Your winning is all yours."

As a result, my friend may have won five million! Uncomfortable!

..... The other side.

Shen Huiming

I couldn't wait to sort out the experimental materials, and after explaining the work of the group, I took Fang Yongsheng to Xihai University the next day.

They were so desperate.

Fang Yongsheng is an associate researcher of the Institute of Metals and the second-in-command of Shen Huiming's group, directly responsible for a lot of experimental work, or in follow-up experimental cooperation with the Anti-Gravity Properties Research Center, Fang Yongsheng will definitely play a great role.

Fang Yongsheng was even more excited than Shen Huiming, he never thought that one day he would be favored by Academician Wang Hao and cooperate with Academician Wang Hao to conduct some kind of research.

I feel very proud to say this, not to mention, they still have a clear experimental discovery.

Their experiments found that excitation radiation is the use of various methods, such as the simplest radiation irradiation, to make first-order iron materials 'reflect energy waves).

They measure the reflected energy waves.

Because various methods are used to excite radiation, there are many types of reflected energy waves, including various types of electromagnetic waves, electronic waves, etc., and they need to be classified if you want to measure them.

For the measurement of a certain type of energy wave, it is necessary to exclude the interference of other similar energy waves.

Low-frequency light waves are one of the types.

Shen Huiming's 'low-frequency light waves' include infrared, visible light and ultraviolet light, and the frequency is relatively low.

The frequency of ultraviolet rays is relatively high, but in a laboratory environment, ultraviolet rays can only be regarded as 'low frequencies'.

Only when it reaches the level of X-rays can it be called 'high frequency'.

When they measured the low-frequency light waves, they found that the low-frequency light waves emitted by the excitation of first-order iron were more energetic than the same number of low-frequency light waves.

This is not normal.

The energy intensity of two light waves excited by the same means is naturally the same, and there is a significant difference in the research value.

Shen Huiming and Fang Yongsheng were discussing all the way, "Academician Wang Hao's meaning seems to be to let us do research in combination with the strong annihilation force field experiment, but how to study it is completely unimaginable..."

"Academician Wang Hao attaches great importance to our discovery, but what does it represent?"

"Perhaps an important discovery about the properties of first-order iron? Could it also be related to the study of the annihilation field?"

They have a limited understanding of the theory of annihilation, so they naturally do not know how to combine experimental findings with the strong annihilation force field to do research.

Soon.

The plane from Feicheng to Xihai arrived at the airport, and 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 Sex Research Center.

Wang Hao attached great importance to Shen Huiming's arrival, he waited in the research center, and also found Yan Jing and Xiao Xinyu to accompany him.

He also asked directly about the experimental findings, and Shen Huiming took the information and explained it in detail.

"The overall energy has increased by more than 6%..... "Combined with other data..."

Wang Hao thought carefully, "Maybe it's contained in the visible light range?"

"Visible light? Unlikely! Yan Jing said with some surprise, they have already discussed this issue, "Low-frequency light waves" include infrared, visible light and ultraviolet rays, if there are 'first-order energy waves', it is likely to be infrared or ultraviolet rays, one of the two has a high frequency, and the other has a high frequency.

The frequency of visible light is somewhere in between, and is the least likely. 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, so he simply asked, "Academician Wang, what are you talking about, first-order energy waves?" Is it related to first-order iron materials? How exactly are we going to cooperate with the experiment?"

"It's not you cooperating with the experiment. You're leading this experiment." Wang Hao said, "To put it simply, we are looking for an energy wave with a higher strength of 'annihilation' resistance." "We have discovered first-order iron before, and experiments have proved that first-order iron is in an ordinary strong annihilation force field and does not produce magnetization reactions."

"Now it's a wave of energy, and we're looking for a wave of light that can't be annihilated." 「.

..」

「」

Shen Huiming and Fang Yongsheng glanced at each other, and at the same time their mouths were half open and stunned. First Order Iron?

First-Order Energy Waves!

Shen Huiming took a deep breath and said for a long time, "So our discovery is likely to be related to the first-order energy wave?" In other words, we might have discovered first-order energy waves?"

"Yes!" Wang Hao nodded affirmatively.

Shen Huiming and Fang Yongsheng were stunned together, they were discussing all the way, no matter how much they discussed, they never thought that their discovery would be so important, so important that it could be on a par with 'first-order iron'.

First order iron, what is the concept?

If you take the awards in the physics community as a reference, the discovery of first-order iron can also win the Nobel Prize in Physics at the least.

Then the first-order energy wave ....

Shen Huiming and Fang Yongsheng both felt like they had been smashed on top of their heads by a 100 million lottery ticket, and their faces were full of excitement and surprise.

When this research is released, they will definitely become famous, become the world's top materials experts, and win the most important prize in the academic community in the future.

--

Shen Huiming and Fang Yongsheng went to the experimental base together.

They will design experiments to excite first-order iron and detect low-frequency light waves in the experimental base, but the experimental design is still very difficult, and they need to control the excited low-frequency light waves to directly penetrate the strong annihilation force field.

Then, at the other end of the strong annihilation force field, a large number of detection equipment will be installed 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.

At that time, the collected signal corresponds to 'the beam of light that cannot be annihilated', otherwise all the excited energy waves will be annihilated, which naturally means that the experiment has failed.

Wang Hao did not participate in the experiment, because the experimental process was determined, and there were no insurmountable difficulties, he just needed to wait for the results.

He's concerned about something else.

The Anti-Gravity Morphology Research Center, together with the Superconducting Materials Research Center and the Mason Mathematical Science Laboratory, registered and founded an academic journal, Annihilation Theory and Physics.

The journal publishes both Chinese and English editions, and the English version is called "Annihte-Theory-and-Annihte-Physs". Abbreviation, ATAP.

The main purpose of this academic journal is to publish the results of the Anti-Gravity Behavior Research Center, the Superconducting Materials Research Center, and the Mason Number Science Laboratory on annihilation theory, physics research, and superconducting materials technology.

The reason why a new journal is established is to make it easier to publish the results, so that there is no need to submit papers to other journals.

When there are any new achievements to be released, the official website of the journal will be released, and the journal will also accept submissions, and select excellent papers for publication on the first day of each month, and at the same time, the content of the electronic version of the journal will be published simultaneously.

It is naturally not easy for a new academic journal to develop.

However, relying on the three top international institutions, the Anti-Gravity Properties Research Center, the Mason Number Science Laboratory and the Superconducting Materials Research Center, "Annihilation Theory and Physics" has exclusive content that will definitely be ordered and downloaded in large quantities, so there is no need to worry about influence.

On the day of the establishment of Annihilation Theory and Physics, top scholars from the three institutions participated in the cutting ceremony, and Paul Phil-Jones, Helen, Deng Huanshan, Xiang Qiansheng and others expressed their willingness to serve as special reviewers of the journal.

Wang Hao also accepted an interview with reporters and talked about the journal issue, ""Annihilation Theory and Physics" only focuses on two directions, one is annihilation theory, and the other is superconducting technology."

"All research results and experimental results related to them can be submitted, and I will also serve as a reviewer, and I 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 Properties Research Center."

"Me

The research on the theory of annihilation will also be published in the journal "Theory and Physics of Annihilation.....

Wang Hao only briefly introduced "Annihilation Theory and Physics", and explained that the results of individuals and teams will be released on it, but the influence is very large.

It took a week for the journal Annihilation Theory and Physics to open pre-orders for the electronic version of the new issue, and the number of pre-orders exceeded 1 million on the same day.

Among them, there are 30,000 overseas reservations, and the rest are domestic reservations. That's a staggering statistic.

Shi Honglei, editor-in-chief of the journal "Annihilation Theory and Physics", said in surprise when talking about the number of reservations in the editorial office, "There are really many people who support the research on the annihilation force field!"

Shi Honglei is a Ph.D. from the University of Pennsylvania, and after returning to China, he worked in the Basic Science Center of Capital University, and later went to the Superconducting Materials Science Center as the head of the research group and research director.

The rest of the editorial team discussed, "Probably because of the anti-gravity behavior

Centre? Everyone knows that the anti-gravity center represents the forefront of annihilation physics...."

"I think it's probably because of Academician Wang Hao, his personal influence is too great." "With the endorsement of Academician Wang, everything is a small problem..."

"However, many of the people who order don't really want to see the content, but it is equivalent to support, or even donations, right?"

That's just the way it is.

Many people in China booked the new issue of the magazine, just because the journal was endorsed by Wang Hao, so they simply booked it, which is equivalent to spending some money to support the country's scientific and technological research. After Wang Hao knew the news, he didn't think it was a good phenomenon, and he booked the new content, but he didn't even download it at all, which must be meaningless for individuals.

The R&D funding of the Anti-Gravity Properties Research Center does 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 news—

"Annihilation Theory and Physics is a non-profit academic journal, and if it makes too much money, the money will only be moldy in the account.

If you want to donate, I personally don't mind providing a bank-bank account-number! / Laugh / laugh / laugh."

After the news was uploaded, Wang Hao shook his head lightly with a helpless face, and said to Zhang Zhiqiang next to him, "Okay? It's really annoying to have too much influence!"

Zhang Zhiqiang was silent for a moment, and suddenly said flatteringly, "Otherwise, Wang Hao, you will send another message and paste my bank-bank account-number?"

"Get out!

The establishment of the journal "Annihilation Theory and Physics" does not seem to have anything to do with other institutions, but there is competition in any field.

The same is true in the field of academic journals.

Bruce Pulitzer, editor-in-chief of New Advances in Mathematics, was depressed by the journal Annihilation Theory and Physics, and he felt that there would be no more "mathematical exclusivity" in the future.

If Wang Hao has any new mathematical achievements, he will definitely choose to publish them in "Annihilation Theory and Physics".

Campbell, editor-in-chief of Nature's physics editorial office, feels the same way.

The experimental results of the previous anti-gravity property research center and Wang Hao's annihilation theory research results will be published in the journal Nature.

Definitely not 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 if "Annihilation Theory and Physics" has just been established, its influence is certainly not as good as that of the top academic journals, but relying on the support of the top annihilation theory and superconducting material research and development institutions, it will definitely release some major scientific and technological frontier research results, and will definitely attract the attention of the international mathematical and physical communities, and the future development can be described as 'unlimited'.

However, it is not the academic journal institutions that are most anxious, but some academic award selection institutions.

For example, the famous Nobel Committee.

Seeing the news of the establishment of the journal "Annihilation Theory and Physics", the chairman of the Nobel Committee

Glenn Burhard-Anderson kept thinking about the question, "Can institutions such as the Anti-Gravity Properties Research Center set up a new journal and develop a physics prize?"

"The Anti-Gravity Properties Research Center, Superconducting Industries, and Wang Hao's huge personal influence to establish a physics prize may be able to compete with the Nobel Prize in a few decades?"

"Also, is this year's Nobel Prize in Physics awarded to research in the physics of annihilation?"

"If you evaluate other research, the Nobel Prize in Physics, I'm afraid it will be compared with the 'Peace Prize', right?"