After completing the resistivity determination of first-order silver, Hu Xiuquan's research group was already red-eyed.

The previous results of the first-order gold measurement were exciting enough, but the first-order gold is gold after all, and it is upgraded gold, the market price of gold is hundreds of dollars per gram, and the upgraded gold must be more expensive, just double or double, and the price of one gram can exceed a thousand yuan.

"If it is first-order gold, it is too cheap to sell for only 1,000 yuan for 1 gram." They discussed it after the resistivity determination of first-order gold, and came to the conclusion that even if first-order gold could be close to superconductivity, the field of widespread application would only be at the highest end.

For example, mobile phones.

High-end mobile phones on the market can be sold for 5,000 to 10,000 yuan, and the use of first-order gold as the internal metal conductor requires about 50 grams.

Even if the price of first-order gold is 1,000 yuan per gram, the material cost of the wire is as high as 50,000 yuan, and the mobile phone as a whole may be sold for more than 80,000 yuan.

Even in very high-income countries, this is not the average level of consumption.

First-order silver, it's different.

Although it was only a test, because the data differed by an order of magnitude, they were very sure that the resistivity of first-order silver was lower than that of first-order gold, and most fields could be used as superconducting materials.

The market price of silver only needs about five yuan per gram, and the price of first-order silver has increased twenty times, and it is only one hundred yuan per gram.

Similarly, to make a high-end mobile phone, 50 grams of metal conductor materials, the material cost is only 5,000 yuan, which is relatively too inclusive.

All the people in Hu Xiuquan's research group were already red-eyed, and they were very sure that the test they were doing was a super result.

As long as it is released, it will definitely shock the world.

"Hurry up, it's going to be done tonight!"

"It must be done!"

"The experiment should also be rigorous, the data obtained should be more accurate, and I don't want the data to be corrected by other institutions after the results are published in the future......

"When the time comes, it will really become a joke!"

Hu Xiuquan said in a commanding tone.

After that, they continued to be busy with the assay experiment, which was not difficult in itself, and was completed step by step according to the established steps.

In the middle of the measurement experiment, Hu Xiuquan also sighed in a low voice, "I finally know why many people in the Institute of Materials of the Chinese Academy of Sciences don't like Wang Hui......"

Previously, Hu Xiuquan worked in the Institute of Electrical Engineering of the Academy of Sciences, knew many scholars from the Institute of Materials, and discussed many academic issues together.

Wang Hui is the one who is 'disliked' by the scholars of the Institute of Materials.

As for the reason......

"They're just jealous!"

"You see that we were transferred here to work, and we didn't do anything, and the results were sent directly to the door, and they were major achievements, major international achievements, which were enough to make earth-shaking changes in human science and technology, and a great achievement that will be recorded in the annals of history."

"I have a hunch ......"

"Soon, we'll be jealous too!"

Wang Hui was jealous of the scholars of the Institute of Materials, because he followed Wang Hao to do research, and almost waited for testing in the laboratory, and he could make many amazing discoveries.

These results belong to the annihilation force field experimental group, but Wang Hui is directly responsible for the detection, and he will definitely share part of the results, and at least he can write heavyweight papers in the detection process.

I have to say, it's a great feeling.

Hu Xiuquan couldn't help laughing when he thought about it, "We will also be jealous in the future, but I don't regret it, I have a bright future with Academician Wang!" ”

"If any of you regret it, apply to leave quickly."

"I'll sign it directly!"

A deputy team leader smiled and said, "Professor Hu, why don't you apply to leave...... I'm going to be the team leader? ”

Hu Xiuquan glared hard and replied with one word, "Get out!" ”

The others burst out laughing.

……

The next day, the assay results came out.

The resistivity of first-order silver is 2.73x 10^(-14)Ω.m.

Hu Xiuquan's team also re-tested the resistivity of the first-order gold, and again determined that the result was 1.91x 10^(-13)Ω.m.

This is a very significant discovery.

Wang Hao did not wait for other research results, so he asked people to write a separate report and submit it, and the report was noticed by Mr. Xu for the first time.

"First-order gold, first-order silver, almost superconducting?"

In other words, many fields can be regarded as superconducting metal materials at room temperature? This ......"

"That's right!"

Mr. Xu was surprised by the content of the results, and suddenly thought of what the decision-maker Mr. Zhao said, so he asked people to submit the report to Mr. Zhao.

Mr. Zhao quickly came to the science and technology department.

"I went to the experimental group last time, and I knew about first-order gold, as well as black silver, but I didn't expect to make first-order silver so quickly?"

“2.73x 10^(-14）……”

"This data ......"

Mr. Zhao is a little difficult to evaluate, but he knows that 'many fields are close to superconductivity', and the specific situation is not clear.

They simply asked Academician Zhang Guiyuan, an expert in electronic circuits.

Academician Zhang Guiyuan works at the Science Foundation, and when he heard the question, he felt a little unclear, "Mr. Zhao, the resistivity data you said is ...... It's a bit of a fantasy! ”

"What do you mean?" Teacher Zhao was a little stunned.

Zhang Guiyuan said, "This is simply impossible, the resistivity of elemental metals is the lowest, and because of this, the general conductors are elemental metals, for example, copper, which is used the most." ”

"The resistivity of copper is only 1.75×10^(-8)......"

"The data you are talking about is simply impossible, and you are still asking what is the meaning, what can it be? If a certain metal has this resistivity, it is equivalent to superconducting at room temperature. ”

"Don't make jokes like that......"

Mr. Zhao's face darkened when he heard this, if it weren't for the fact that the other party was an old academician, he would have wanted to directly scold and criticize for an hour.

Joke?

Did he bring the other party over just to make a joke?

Zhang Guiyuan found that Mr. Zhao's face was not good, and he also felt that what he said was a little excessive, so he hurriedly said, "That's the case." This figure is too low, more than 500,000 times lower than copper! ”

"This is the data of superconductors, so to speak."

"The resistance of superconductivity is not zero, one is because superconducting materials have impurities, especially metal superconductors, and it is impossible to completely exclude impurity interference."

"In addition, there are certain factors such as thermal resistance and contact impedance between the superconductor material and the external environment, which can lead to energy loss and resistance."

"Superconductivity with zero resistance is only an ideal state, and even at low temperatures, there is a very, very weak resistance."

"So, this can be regarded as a superconducting material!"

Teacher Zhao exhaled lightly and looked at Zhang Guiyuan with some amusement, he finally knew why Zhang Guiyuan had a nickname called 'Cannon'.

This guy's mouth is unusually nasty.

Teacher Zhao still responded, "Didn't you say that earlier?" Since I asked you, there must be a reason. ”

"Really?"

Zhang Guiyuan reacted suddenly, "Is there really such a metal?" What group was studied? It's still a book, it's a superconducting ......."

Teacher Zhao shook his head and said, "Okay, you can go back." ”

“……”

Zhang Guiyuan held his breath in his chest, almost suffocating himself to death, he wanted to know the specific reason, and let himself go?

What's the difference between this and watching a eunuch just after the climax?

Zhang Guiyuan's answer reassured Mr. Zhao and Mr. Xu, and then they couldn't help but be excited, first-order silver can be regarded as a room temperature superconducting material.

Superconducting materials at room temperature can lead mankind to achieve a scientific and technological revolution, and around superconducting materials at room temperature, huge economic benefits can be easily created.

There is no need to consult experts and scholars in this regard.

Taking mobile phones as an example, some mobile phone manufacturers can get first-order silver materials, and the high-end mobile phones they manufacture will be able to easily occupy the market.

Other mobile phone brands will instantly become uncompetitive.

First-order silver, put on high-end electronic products, the cost can be said to be inclusive, such as a high-end mobile phone, the weight occupied by the internal metal conductor is not high.

Generally speaking, high-end mobile phone metal materials account for about 30% of the total weight of mobile phones.

Copper accounts for about 20% of all metals, silver accounts for about 5%, nickel, gold, tin, and so on.

However, most metals do not act as conductors.

For example, gold's role is mainly for stability protection, because gold is the most chemically stable, and tin, which accounts for a large proportion, is used for circuit 'welding'.

These are not 'replaced'.

So how many metal superconductors do you need to make a 'superconducting' mobile phone? It only takes about 50 grams.

This is again in the case of a complete replacement of conductors.

In fact, the resistance of first-order silver is extremely weak, and only a little bit is enough to play the role of 'conventional superconductivity', and it is very easy to reduce the amount of silver by two-thirds while maintaining the 'superconductivity' performance.

If the price of one gram of first-order silver is 100 kinds of flower coins, and the use of more than 10 grams is more than 2,000 kinds of flower coins, it will only increase the manufacturing cost of the mobile phone by 2,000 flower coins.

In the face of 'superconductivity' performance, high-end mobile phones add 2,000 kinds of flower coins to the cost, which can even be completely ignored.

Such a phone can easily occupy the high-end market.

One can imagine how huge the economic benefits are.

And that's just one area of mobile phones.

Human life has been completely inseparable from electricity, and there are too many power-related fields to count, and the economic benefits contained in them are too huge to measure.

The only thing is ......

"First-order silver, is it related to the study of the annihilation force field?"

Mr. Xu asked the key questions.

At present, the export of domestic β future element materials is prohibited, and even the domestic sales are prohibited, and only top scientific research institutions can get a small amount of β element materials.

The reason for this is that β element is related to the study of the annihilation force field.

If other countries and institutions, especially the Groom Lake Project team and the International Organization for the Theory of Annihilation, obtain β elemental materials, they can use them to develop corresponding superconducting materials and use them for the research of strong annihilation force field technology, they can catch up in key technologies.

Mr. Xu thought of the key point and immediately contacted Wang Hao.

Wang Hao's answer was no.

"First-order silver, it has nothing to do with the study of the Annihilation Force Field!" "Theoretically, elements that do not possess specific phenomena cannot be used to create annihilation fields. ”

"So, there is no need to worry about the first-order gold and first-order silver at all."

"These two first-order elements seem to exist for the purpose of superconducting at room temperature......"

His voice was filled with exclamation.

The universe is very wonderful, and there are positive and negative sides to things.

Gold and silver do not produce specific phenomena under strong annihilation fields, resulting in no gain for creating annihilation fields.

For other elements with specific phenomena, the production of specific phenomena will itself interfere with the annihilation force field, but solving the problem of deliberate phenomena and creating the corresponding β elements will solve the problem of specific phenomena, and will also produce a gain for the creation of annihilation force fields.

This is not to say that superconducting materials cannot contain gold or silver, but rather that gold or silver do not have a direct gain effect on the 'annihilation properties'.

……

First-order silver is just one of the discoveries of the Annihilation Force Field Experimental Group.

They also discovered 11 new upgrade elements at the same time, which also verified Wang Hao's judgment on the elemental upgrade, "Above 16 times the annihilation force field, it is the 'high incidence period' of the elemental upgrade, just a few times the increase, it is enough to find a large number of upgrade elements." ”

For the next half a month, the Annihilation Force Field Experimental Group was busy testing and summarizing.

At the same time, high-end decision-makers have held various meetings to prepare for the development of room temperature superconductivity technology with 'first-order silver materials' as the core, as well as to maximize the possible economic benefits.

On this day, there was a shocking news in the world.

A superconducting research institute in Kimchi country announced that it had successfully developed superconducting materials at room temperature and pressure, and Jin Rongzheng, the head of the R&D team, introduced their results in an interview with reporters, "We used first-order iron to create a six-molecule ultra-thin sheet KJ033. ”

"This ultra-thin sheet has the characteristics of superconductivity at room temperature and pressure."

"We have done a lot of tests and believe that it meets the superconducting properties......"

Kim Rong-jeong gave a detailed introduction and said, "Our paper will be published in the journal Superconductivity and Alloy Physics." ”

"I believe that this achievement will change the course of human science and technology......"

He was even a little excited.

"Superconductivity and Alloy Physics" is a well-known physics journal under the Amriken Science and Technology Society, and its academic influence is still very high, mainly publishing research papers related to the field of alloys and superconductivity.

A reporter interviewed the editors of the journal "Superconductivity and Alloy Physics", and they confirmed the contribution of Jin Rongzheng's team, but did not say that it would be published.

"We also need a rigorous review."

So said the editor-in-chief of the review.

The research of Jin Rongzheng's team has been made public, and they have even provided several top institutions with ultra-thin sheet materials made in the laboratory.

Soon.

A top institution stood up and said, "The magnetic test of KJ033 meets the superconductivity standard. ”

But later, another agency said, "Some tests of KJ033 are not up to standard, so it cannot be determined that it is a superconducting material." ”

There are many opinions in the academic field.

Many organizations have publicly stated that they are ready to reproduce and manufacture KJ033 and conduct more detailed measurements.

Even though there is still a lot of controversy in the academic community, it has also directly affected the international financial market, and superconductivity-related concept stocks have soared.

Some concept stocks have even soared several times.

Ameriken, Japan, and several O countries have all joined in the corresponding replica experiments and testing of kj033.

In contrast, the country seems to be calm.

Although some domestic institutions said that they would reproduce the experimental production of KJ033, there was almost no follow-up until one day a week later.

The latest issue of "Annihilation Physics and Theory" was released, and it published a "very bland" message, "The Antigravity Properties Research Center has discovered first-order gold and first-order silver through annihilation field experiments. ”

"Both elements showed amazing electrical conductivity during the detection process."

"The resistivity of first-order gold is 1.91x 10^(-13)Ω.m, and the resistivity of first-order silver is 2.73x 10^(-14)Ω.m......"