The consumption value exceeded 10 million points, and Jiang Bo's mind became active again.

After having eaten at noon today.

Just when Jiang Bo was pondering whether to go fishing for a while, or to collect 20 million consumption values to buy the [1 kg of room temperature superconducting material] from the store.

He noticed something that left him stunned.

In the store, the [1 kilogram of room-temperature superconducting material] with an original price of 20 million consumption value was actually missing a zero.

That's right, the original price was 20 million consumption value, and now there is only 2 million consumption value.

After checking it again and again, Jiang Bo was sure that he was right, could it be that there was only 2 million consumption value before, and he saw it as 20 million?

There is a possibility, but the chance is only one in a billion, and his 235 points of intelligence will not allow him to make such a low-level mistake before.

Jiang Bo, who was confused, thought of a possibility.

The price reduction of items in the system store may mean that its importance to Jiang Bo has decreased.

Then, if nothing else, it should be a breakthrough in Zhou Ping's research.

Therefore, Jiang Bo hurriedly called Zhou Ping and asked about the research.

On the phone, Zhou Ping was surprised: "Mr. Jiang, how do you know that there has been a breakthrough in my research, I haven't had time to report this matter yet, could it be that Professor Pan told you?"

"It's not Professor Pan, I'm just asking. When Jiang Bo heard this, he thought that he had guessed correctly, and asked: "To what extent has the breakthrough been, can room-temperature superconducting materials be made, or?"

Zhou Ping replied: "The breakthrough is indeed a breakthrough, but it can also be said that it has encountered a new bottleneck.

Through my experimental research with Professor Pan, we have achieved the TC threshold of 293K at the microscopic level, which is the electron pairing at 20 degrees Celsius, which fully meets the requirements of room-temperature superconductivity.

However, from the micro to the macro layer, it has encountered difficulties and has not been able to break through.

We have used various methods, but as long as the volume of superconducting materials is stacked to more than 1.2um, the phenomenon of long-distance pairing of free electrons gradually disappears.

With the increase of the volume of the material, the proportion of superconductivity in the material is declining, and the proportion of superconductor is less than 1% to about 8.5um. ”

Jiang Bodao: "Is there a solution to this?"

Zhou Ping said: "There are two ways of thinking, the first is to think that there is something wrong with our stacking method, so now we plan to improve the way we stack materials.

The second is the superconducting material we choose, which is still not good, and we must continue to look for more excellent nanomaterials.

We're doing both. ”

"Okay, I see, let's do it first. ”

"Okay. ”

Hanging up the phone, Jiang Bo's eyes flickered.

Opened the system and looked at the [1 kg of room temperature superconducting material] in the store, took a breath, and then he directly bought it for 2 million consumption points.

"20 million consumption value, I may hesitate, but 2 million consumption value, not too much, there is nothing to hesitate. ”

Jiang Bo muttered as he went to the inventory to check the system introduction.

[Room temperature superconducting material - iron-rich]: This is 1 kg of iron-rich, 95% purity. In the environment of 0-185 atmospheres and temperature 0-374K, the resistance of the material can be regarded as zero, and it is completely diamagnetic, with a critical magnetic field strength of 66.2T and a critical current density of >100kA/c㎡.

[Iron-rich]: A football ene embedded with iron atoms, which comes from artificial synthesis and almost does not exist in the natural world of the earth.

[Note 1]: In the macroscopic state, iron-rich crystals are an ideal superconducting material at room temperature and ultra-room temperature, which can achieve electron pairing under normal atmospheric pressure and room temperature conditions to form a superconducting state.

[Note 2]: The superconductivity of iron-rich is related to its own purity, the higher the purity, the higher the TC value, the higher the HC value, and the greater the JC value.

[Note 3]: This is a kind of room-temperature superconducting material that you can dream of, and if you are willing to sell it, you will get a very considerable fortune.

"Damn!! so strong!"

After reading the introduction, Jiang Bo's first reaction was 'room temperature superconductivity, terrifying'.

This TM is so strong that from vacuum to 185 atmospheres, this material called iron-rich is in a superconducting state, which includes standard atmospheric pressure.

In addition, in terms of TC value, that is, the critical temperature that allows the rich iron to reach the superconducting state, it has reached a terrifying 374K, 101 degrees Celsius!

What is this concept? It means that even if you put iron-rich in boiling water, it can still remain superconductive.

This is no longer just the category of room-temperature superconductivity, but superroom-temperature superconductivity!

Compared with those superconducting materials in the world whose TC value is still more than 100 degrees below zero, iron-rich has simply exploded them.

Not only that, but the critical magnetic field strength of iron-rich is as high as 66.2T.

This means that the rich iron can create a magnetic field strength of up to 66.2T, which can completely explode any other superconductor.

In addition, the current density can also be as high as 100kA per square centimeter, although it is not as high as the high graphene content of copper, but the copper is much higher, and it is more than enough to be used for power cable lossless transmission.

However, it is cost-effective without copper.

"Iron-rich, room-temperature superconductivity, now the material is available, the technology is ...... Wait!"

Jiang Bo thought of something, turned to the store to take a look, and sure enough, he found research materials on room-temperature superconductivity.

[Technical information of rich iron]: 10 million consumption value.

"10 million consumption value, phew, dog system, stinky and shameless, and you still want to fool me into consuming? Don't think about it! Now that I even have the materials, who is so rare about your technical information, get out!" Jiang Bo scolded and scolded.

The materials have been obtained, hand over the 1 kilogram of rich iron to Zhou Ping for reverse pushing, or it won't be long before he can get the technical information of rich iron, Jiang Bo will not be stupid enough to spend another 10 million consumption value at this time.

With a thought, he took out the rich iron from the inventory, and Jiang Bo's hand sank slightly.

A silvery-white object appeared in Jiang Bo's hand, very smooth to the touch, but cold and biting, as if there was no temperature in it.

After looking and playing, Jiang Bo put away the rich iron, and then drove quickly to the Nuclear Fusion Research Institute of Black Bone.

When he came here, Zhou Ping was still discussing things with Pan Xinlong, and Jiang Bo remembered that he didn't seem to have signed a [secret contract] with Pan Xinlong?

So, he took out a [secret contract] and implemented the matter.

After that, he handed over 1 kilogram of rich iron to Zhou Ping and told him to take it to study it quickly.

"Mr. Jiang, what is this?" Zhou Ping asked, full of doubts.

"A room-temperature superconducting material, something you're looking for. Jiang Bo said bluntly.

"Room Temperature Superconducting Materials ......"

Hearing Jiang Bo's words, and looking at the piece of rich iron in their hands, Zhou Ping and Pan Xinlong were a little confused.

Although the [Secret Contract] limited their shock and confusion in this regard, they were also irrepressibly excited to get such a large piece of room-temperature superconducting material.

So much so that he left Jiang Bo alone, and went to the laboratory to experiment with the materials in his hands.

......

(End of chapter)