2010: C2010 Constant Superconductivity

C2010 Constant Superconductivity

"I just received news that the scientists of Han Country have also independently discovered the Superconductivity of copper oxide in the liquid nitrogen temperature area. And... Internationally, it has been announced that its elemental group has become the BA-YCU. This is a major achievement of our Han Country's technology "

At this moment, it was a world of ice and snow outside. Here, in the conference room, the atmosphere of discussion was quite lively. After Qin Guan heard the experts' introduction, he also felt that everyone's efforts in this area were effective.

Although the overall scientific research strength of Han Country was relatively weak, in some fields, it still showed a strong side. For example, in the superconducting field, Han Country had always been the leading place.

Internationally, there were already scientists who claimed to have obtained higher temperatures of Superconductivity. After they announced it, the scientists of Han Country also announced their research results to the public. They also found the Superconductivity in the temperature range of liquid nitrogen. This was the usage of Superconductivity. It had another effect.

"However, we also need to see that for our research... If we want to use it... It still has a long way to go. " Qin Guan introduced, "We need to constantly increase the temperature limit, and it would be best if it's a few dozen degrees below zero. We need to achieve superconductivity, ___ said."

The Superconductivity was discovered at a low temperature. If it could achieve superconductivity in a higher temperature range, it would be more useful. The higher the temperature, the easier it would be to apply.

"That's right, President Qin. You're right. However, it's not easy to find this Superconductivity." A white-haired scientist pushed up his glasses and said to Qin Guan.

"Yes, so I have some suggestions that I hope everyone can verify." Qin Guan said.

"First of all, it is condensed form. I hope our scientists can develop this field. Obtaining the materials to guide the Superconductivity from this field might be a great achievement. Especially in the aspect of the Iron Base Superconductivity. "

The condensed form was a special quantum state. This was the research of Han Country in this area. It was a long way ahead in the future. When Hua Xiong was in university more than ten years ago, a professor did this. Unfortunately, he didn't understand it at that time.)

Qin Guan did not need to be specific. He just needed to point out the correct direction. After all, the scientists in the country had the accumulation of technology. What they needed was the correct direction.

In the Parallel Spacetime, the Han Country's main focus was the iron foundation superconductivity field. This was not only the discovery of materials in the laboratory and the improvement of the critical temperature, but it was also widely used in various aspects such as experiments, theories, and applications. It had also obtained industrialization applications.

Congealing states? Qin Guan's suggestion made them seriously ponder over it. They had never paid attention to this direction before, but now, their eyes lit up. That's right, they could look at it from this aspect!

Looking for materials for high-temperature Superconductivity, on the one hand, it required theoretical foundation. On the other hand, it also required luck. Perhaps, one of the experiments would come out, or perhaps... There were hundreds of experiments, but none of them were important, just like the Edison who invented the electric lamp in the past. He experimented with thousands of materials.

"Another aspect is pressure" Qin Guan continued, "To achieve superconductivity at a higher temperature, or even superconductivity at a normal temperature. If you want to increase the temperature, does that mean you need to increase the pressure as well? By changing their state, you can achieve superconductivity. This pressure... It might be very high. As for the materials, I suggest that everyone use hydrogen sulfide. Searching for lanthanum hydrogen and other materials."

When they heard Qin Guan mention the superconductivity of the normal temperature, they were all stunned. This was a huge leap!

Actually, after 2020, superconductivity at regular temperature was not a dream. When scientists observed the superconductivity of hydrogen sulfide under high pressure, it was only at -70 degrees Celsius. As for the lanthanum hydrogen, it could be superconductivity at -23 degrees Celsius.

This temperature could even be reached by his own fridge!

At this time, there were extreme conditions. The pressure was quite high, reaching half of the pressure at the core of the earth before this effect could be achieved! Under the high pressure, the principle was already different.

The previous superconductivity was a normal structure, an atom. It was a rigid crystal lattice, when electrons were moving relative to each other. When electrons and crystals collided and slowed down, this was resistance. When the crystal lattice cooled down and became strong enough, it would become hard enough. At this time, it would spread in waves.

And as it continued to develop, scientists discovered that hydrogen sulfide could produce superconductivity under high temperatures. This was because the crystal lattice could vibrate at high temperatures. However, there had to be a high pressure to keep the crystal lattice firmly in place to prevent the vibration from tearing it apart.

In the past, there was no pressure during the experiment, which could not be achieved. Now, as long as he found the magical equipment, the high-pressure, it could be realized.

In comparison, high pressure was easier to achieve than low temperature. The high-pressure containers in the industrial field had already matured. In this way, if the researchers on their side determined the direction, after finding a suitable solution, they would be able to easily achieve high temperature superconductivity. Their research would be ahead of the rest of the world!

High pressure? Although President Qin had never shown his outstanding abilities in the field of superconductivity, what he said now was definitely constructive!

After talking with the experts for a long time, Qin Guan left some technical information and left the conference room. Just as he walked to the door, he received a call from Major Yang. The person he wanted had been found and was waiting for him at the door!

Therefore, Qin Guan walked to the door with relaxed and happy steps. He looked at the young man who had just arrived, who was not even thirty years old. At this time, he was looking at Qin Guan curiously.

What important thing? Why did he come to find me so quickly? I am only an instructor of the Navy Engineering Academy.

"Comrade Ma, it's a pleasure to meet you." Qin Guan looked at the young man in front of him and extended his hand enthusiastically.

He was still unknown now, but in the future... His name would be known by the world's military experts because of the young man in front of him. He had single-handedly led the research and development of the aircraft carrier electromagnetic launchers in Han Country, and... His research and development was more efficient and more advanced than the ones in Y Country!

It was precisely because of him that the aircraft carrier in Han Country made a leap. It bypassed the Steam Catapult and directly developed the electromagnetic launcher.

Compared to the continuous malfunctions in Y Country, the special president wanted to give up the electromagnetic missile launcher. He replaced it with the Steam Catapult, but the success rate of Han Country was quite high. It increased the confidence of the navy officials, so they decided to directly mount the electromagnetic missile launcher. He was that mysterious man!2

"The motherland needs you, the navy needs you. Come, let's talk about the warship's equipment" Qin Guan pulled his hand warmly. The two of them were actually about the same age. Now that they were walking together, they were like brothers.

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