Each of the three papers published in the Physics and Theory of Annihilation is very valuable, and the first two are of great value. The first paper was "First-Order Lithium", and the title alone attracted a lot of attention.

Before, when it came to the upgraded element, it was the first-order iron, but now the first-order lithium has appeared, and everyone knows what it means. After checking the content of the paper, I immediately knew that I had not thought badly, and I had indeed discovered first-order lithium.

First-order lithium, as the second discovered ascending element, is undoubtedly of great significance, and the simplest is like discovering that one element has special properties, and then discovering that other elements also have similar properties.

This shows that the traits found are universal. Promotion, that's it.

Iron has been found to be the cause of electron transition, and even though most people think that other elements can also undergo electron transition, there is no evidence to support this.

Now that first-order lithium has been discovered, it means that many elements can 'electron transition', not just iron.

Iron and lithium are both metallic elements.

Therefore, it can be summarized simply: in the environment of annihilation force field of sufficient strength, the electron migration phenomenon of metal elements occurs, and the stable elemental behavior of 'ascending' is reached.

This is an important conclusion.

Mathematics is rigorous; Physics and chemistry are also very rigorous. Even if first-order iron has been discovered, no scientist can say with certainty that other elements can also undergo electron transitions, as long as they are not discovered, they are only theoretical derivations.

From this, we can see how significant the discovery of first-order lithium is.

From the perspective of scientific research, lithium ranks third in the periodic table and is the most active metal element, which has extraordinary scientific research value.

In terms of market significance, lithium compounds are commonly used in industry, because of the active nature of lithium ions, lithium compounds can be used as the main components of batteries.

As an upgraded element, first-order lithium has full potential and value in scientific research, application, economy and other aspects.

The second article, "Abnormal Ionization Characteristics of Magnetized Lithium Element Compounds", directly illustrates the potential of first-order lithium element compounds.

The research topic is that the ionization characteristics of magnetized lithium compounds are greatly enhanced in the environment of strong annihilation force field.

This outcome has the greatest impact.

Many new discoveries and theories are only of interest to scholars, and various lithium compounds are widely used chemical materials in the battery industry.

The enhanced ionization characteristics of magnetized lithium compounds indicate that the lithium batteries manufactured by this will have enhanced storage and discharge performance, which contains huge economic value.

Think about it....

Lithium compounds are only a strong annihilation force field, the ionization characteristics are generally increased by more than two times, the manufacturing process is relatively simple, but the performance has been greatly improved, and it can naturally achieve a wide range of applications.

The impact of the publication of this result is directly reflected in the securities market.

All lithium battery-related enterprises and sectors, the stock price has increased significantly, and there are 29 domestic companies with a direct price limit.

Foreign stock markets allow for large fluctuations, and the market reaction will naturally become more intense.

There is a supplier of lithium element compounds, the stock price has risen three times, and it is still rising before the market closes.

Soon.

The fluctuations in the stock market have radiated to the automotive industry, and the stock prices of new energy vehicle brand manufacturers have also risen rapidly.

Some domestic experts predict that "in the next week, or even longer, lithium batteries and related sectors will continue to rise."

"The new findings will be a powerful boost to the relevant sectors." "In the future, the application technology, market and application prospects related to lithium batteries will become broader."

From the perspective of the market, new energy vehicles are a good example.

new energy vehicles,

Generally refers to electric vehicles, most of which are lithium batteries as energy equipment, in the past ten years, electric vehicles have developed very rapidly, and now there is a huge market.

But at the same time, electric cars have some shortcomings that cannot be masked.

Battery performance is one of them.

Generally, the range of civil electric vehicles is less than 600 kilometers, and the limited high-speed driving and long charging time of electric vehicles are difficult to solve.

The reason for the limitation of high-speed driving is that there is a limit to the power output of the battery. For example, some electric cars can reach speeds of more than 100 kilometers per hour, which will cause problems such as insufficient power and high power consumption.

Another problem is the long charging time.

Some manufacturers offer solutions for high-power charging, but even high-power charging takes time and adds certain safety risks.

The enhanced ionization characteristics of magnetized lithium compounds can make the manufactured lithium batteries output more power, which can perfectly solve the first problem.

The second question gives a 'long battery life' scheme.

The ionization characteristics are increased by more than two times, and the storage capacity of the lithium battery produced can be increased by two times, and the original range of only 600 kilometers can be directly turned into 1,200 kilometers.

This is a decisive improvement that allows electric vehicles to travel long distances without worrying about charging.

This ascension is not fixed yet.

Now it is only a lithium compound that has been simply magnetized, and the ionization characteristics can be increased by more than two times, but what if the compound is made entirely from first-order lithium?

"The ascension will only be higher!"

"Maybe three, four, maybe five, ten.....

"There is no specific data yet, but if you think about it, the improvement can only be greater, and when the time comes, electric cars will be able to travel thousands of kilometers in one go......

It's so fascinating.

The third article is "The ionization energy of first-order iron and first-order lithium".

In this study, the ionization energies of the two ascending elements were determined in detail through continuous experiments.

Aside from scholars in related fields, few people pay attention. ......

On that day, the international community was discussing the issue of first-order lithium and magnetized lithium element compounds, and public opinion mainly focused on the scientific research value of first-order lithium and the impact on the lithium battery industry.

Some relevant scientific research institutions pay more attention to the information revealed by the results - the strength of the annihilation force field.

The first paper talks about a data that the electron transition threshold for lithium is '7.2 times', and the second paper talks about an annihilation force field strength of about 8 times that the ionization characteristics of magnetized lithium compounds are twice as high.

This is equivalent to a straightforward statement that the annihilation force field created by the center of the anti-gravity state is close to or exceeds '8 times'.

The International Annihilation Theory Organization, which spent tens of billions of dollars to create an annihilation force field, is only about '4 times' stronger.

The gap is clear at a glance.

The international physics community was in an uproar.

Many scholars are surprised by this disparity, but they do not have any doubts because the experiment has already made conclusive findings.

The scholars of the Annihilation Organization were very incredible, and they initially judged that the strength of the annihilation force field created by the other party was about 5 times.

Later, after the discovery of first-order iron was made public, their judgment data became 6.6 times.

Then, when the first-order iron is manufactured in large quantities, the judgment data becomes 7 times.

Now it's '8'? "Incredible!"

"What the hell did they do?"

Bill Brian was amazed, "Why do they keep building up the Annihilation Field? Or is it that the strength of the field force they created is already very high?"

Juraj Novotini, on the other hand, was full of loss, and he sighed, "I was not optimistic about the organization at the beginning, and proposed to cooperate with the flower planters."

"Later, we succeeded in creating a strong annihilation field, which brought about

Faith."

"...... now".

"Don't say it's two or three generations, it's a few more generations, ten or twenty years, and I don't think there's hope......

Faced with a huge gap in technology, Novotini felt a kind of despair.

Bill Brian also looked responsible, "Jurai, how do you think they did it? Aren't they doing a study with us?"

Novotini thought for a moment, frowned, and said, "You mean technology?"

"Their strength is increasing all the time." Bill Brian spread his hands and said, "And we're just hoping to make the next generation of devices."

The way they do it is to make an argument and then build the corresponding device.

When the equipment is really manufactured, because the underlying technology is very complex, the internal structure has been fixed, and there is no way to adjust it, and the strength of the annihilation force field produced is fixed.

The strength of the annihilation field created by the Anti-Gravity Properties Research Center seems to be increasing all the time......

Why is that?

Brian and Novotini fell silent together.

Brian came up with an idea, "Are they doing standardized research?"

"What do you mean?"

"It's the standardization of the internal design, and after it is manufactured, the internal design can be changed, just like Lego bricks...... Do you understand?" 「.....「

Novotini tugged at the corners of his mouth and denied, "To reach that level, it will take more than 100 billion dollars in advance, right?" He added, "It's not enough."

"Or the material?"

Brian thought of another reason, "The superconducting materials they use are improving?"

"Can superconducting materials be improved once, and can they be improved a second time?" Novotini again denied, "That's the material, even if a new material is developed, it would be a big problem to test it, it would be impossible!" The two remained silent.

Brian took a deep breath of depression and asked, "What about those people outside?"

"Do you mean journalists, or officials?" "Both."

Novotini thought for a long time, then pressed his forehead hard and said, "I don't know either. To be honest, I miss Empoli a little."

"Me too." The two smiled wryly together.

When Empoli-Cooper was the head of the organization, it was his job to deal with journalists and officials.

Now Empoli-Cooper is gone, and there is no new head of the organization.

Novotini and Brian were at the top of the list, but they didn't want to face annoying journalists and officials in an environment of negative public opinion. "Let's have the press officer do it."

Novotini said with a depressed expression, "Anyway, it's already like this, how bad can it be? Big deal......"

"I'm leaving too!" ......

Argonne Laboratory.

Duroinshev-J-Beck also saw the results of the three studies, and unlike the others, he kept staring at the third "small results".

There's an important statistic on it --

Ionization energy of first-order iron: 12.439eV.

Duroinshev felt a little cloudy in his mind, and his team completed the ionization energy determination of first-order iron, and when they thought they had made a great discovery, they submitted it to the journal Science and set a specific date for publication.

Outcome..... The results are already there?

"If Science publishes the results, I'll probably be the joke of the whole world, right?" Duroinshev reacted violently and was about to call Science magazine.

Then, the phone called.

Science was also quick to respond, and it was the editor-in-chief, Hilter, who called, and he bluntly said, "Mr. Baker, I don't think your work is suitable for publication."

"I know."

"Then we're going to pull it off?" "Remove it!"

Duroinshev said with depression.

Although he had made a record on the pre-publication website before submitting it to Science, it was meaningless.

No one will believe that his research predates the Center for the Study of Anti-Gravity Properties.

One is the research content, the anti-gravity property research center found that the ionization characteristics of magnetized lithium compounds are abnormal, and the first-order lithium element was discovered, and at the same time, the ionization energy of first-order lithium and first-order iron was also determined.

With so many research results put together, it is clear that it cannot be completed in a short period of time.

The second is data accuracy.

Elemental ionization energy measurements take many experiments to determine, and they did several experiments to determine the range from 12.2 eV to 12.4 eV.

The other side is 12.439eV.

With three decimal places, there is no doubt that the data is already accurate, indicating that the other party has conducted more experiments and measured more accurately than them.

Then the discovery time must have been earlier.

"Let's just look like I didn't find anything...... Duroinshev finally had to find a way to comfort himself, and he walked out of the lab depressed.

This time it was Christopher Johnson again.

Christopher noticed Duroinshev's expression, and immediately felt a little strange, for the past few days, Duroinshev had been in good spirits every day.

Now, what's wrong?

"Duro, do you know about Wang Hao's new achievements?" Christopher asked, "First-order lithium, and lithium compounds?"

Duroinshev glared hard and walked away.

Christopher felt inexplicable, he felt that there must be some reason, so he took the initiative to inquire with the others.

Soon.

He knew the reason, and immediately gloated a little.

At the same time, Christopher was a little sympathetic, recalling his cooperation with the Annihilation Organization, where they discovered that first-order iron would not be magnetized by the strong annihilation field.

Then the results were published together.

The Anti-Gravity Properties Research Center immediately released its study of first-order energy waves, making their so-called 'Great Discovery' a complete joke.

Now Duroinshev ..... "think so....."

"Douro's luck is really good, the results have not been published yet, and others do not know yet." Christopher thought as he curled his lips, but he thought he should help spread the word.

Even a small group of people can experience the same situation.

Empathy, naturally, be completely consistent. "Yes!"

"That's it....."

After Christopher made his decision, he went to the lab's internal web forum and anonymously posted a brief explanation. Mason Mathematics Science Laboratory.

Wang Hao was sitting in his office, continuing to argue about the 'peculiar phenomenon' with others, he didn't care about the results released at all, and as for what international impact it had, it was all expected.

The study of "peculiar phenomena" is still at the theoretical level.

They don't know how to do experimental verification, and it is impossible to do a nuclear test in a strong annihilation force field as Ding Zhiqiang said.

That kind of experiment is impossible.

At least not on Earth for the time being.

Some outside public opinion say that the strong annihilation force field is a small black hole, and similar statements are of course incorrect, but if a nuclear test is carried out inside the force field, there may be uncontrollable risks.

What if a black hole is created?

He wouldn't have done such a dangerous experiment until he had reached a certain stage of research.

However, there has been no progress in the discussion of "anomalous phenomena".

Helen suddenly had a suggestion, "Mr. Wang, maybe we can publish the theory?" Most of the physical research, theory and experiment are separated."

"We don't have to do verification."

"When the theory is published, there will definitely be a lot of it

People are interested...... Wang Hao was stunned when he heard this, and then suddenly realized, "It makes sense, we don't have to conduct the experiment ourselves." He said as he patted his forehead vigorously.

He found himself going to extremes.

In the research of the direction of the annihilation force field, most of them study the theory by themselves, and then design experiments to verify it.

But in fact, physics is all about theories and then slowly verifying.

That's why there is theoretical physics.

"Anomalous phenomena" are just an idea, and their manifestations are not necessarily specific magnetic fields, but they may also be in other aspects.

For example, some kind of radiation that cannot be measured for the time being.

The more physicists and more teams are interested, and the research is carried out in various directions, the more likely it is to complete the experimental verification.

It's all good for them.

Just like the discovery of the Higgs particle, the theory predates its discovery by 50 years, and the Nobel Prize in Physics was later awarded by physicists engaged in theoretical research.

Theory is more important than experimental discovery.

In fact, just like doing a research, ideas are often more important than effort.

After Wang Hao made a decision, he asked others, and Paul Phil-Jones and Ding Zhiqiang had no opinion, and they also felt that there would be no progress if they continued to argue.

They unanimously decided to make the publication. Soon.

They completed their dissertation together, which is still submitted to Physics and Theory of Annihilation, and is confirmed to be published in the next issue.