Chapter 235 This Achievement Deserves a Nobel Prize
Once this news was released, it attracted the attention of the entire physics community.
Schultz is also a very authoritative expert in the field of superconducting materials today.
If Schultz could complete the preparation of this material.
That basically proves that this material does exist.
While announcing the news, Schultz also said that he had just completed the preparation of the materials and had not yet had time to measure the properties of the materials.
Once the measurement work is completed, Schultz will release further results.
Xu You, Qiao Sen, Xing Shuping and others were not very surprised by the news.
Since we have chosen to publish the results, even though the method of preparing this material is not elaborated in detail in the paper .
For top materials experts, as long as there is enough time, they will definitely be able to prepare this material.
This is exactly what we expected.
And after Schultz released this news.
Several scientists have published their own papers, which, based on their own experiments, have confirmed Xu You's high-temperature superconductivity mechanism from some angles.
These scientists are well-known figures in the international academic community, and are frequent contributors to top journals such as Nature, Science, and PRL.
This also includes Sage Camara.
If it were just a scientist, such a phenomenon might be somewhat accidental.
But so many top scientists can confirm Xu You's high-temperature superconductivity mechanism from different angles.
This makes Xu You's high-temperature superconductivity mechanism more convincing.
Those foreigners who once doubted Xu You's theory are now beginning to waver.
"Even Sage Kamara has published a paper verifying the correctness of the high-temperature superconductivity mechanism. Kamara is a living fossil in the superconductivity world. So it seems that the young man from China has really discovered the code for high-temperature superconductivity."
“Papers that can be published in PRL must be very convincing. Several other scientists have also published papers proving the correctness of the theory. These scientists are all top scientists in the international physics community.”
"Now it all depends on Schultz's measurements. If it can be proven that this material can achieve superconductivity at 150K, we will be one step closer to discovering true room-temperature superconductivity."
After a while, Schultz's paper was finally published.
In the paper, Schultz not only completed the preparation of 150K high-temperature superconducting materials, but also completed various measurements .
Schultz demonstrated that the material could indeed achieve full electrical conductivity at 150K at normal pressure.
In addition to being fully conductive, the material is also fully diamagnetic and has flux quantization properties.
It can be said that it is a standard superconductor.
And it truly broke through the superconducting critical temperature under normal pressure.
After this paper was published, no one questioned the authenticity of Xu You's discovery of 150K high-temperature superconducting materials.
Even if Schultz merely repeated Xu You's experiment, this result still has considerable significance.
Schultz also did not include all the details of the entire experimental process in his paper.
The material preparation methods and material performance analysis are written in a relatively brief manner.
After Schultz published this paper, Xu You and members of the high-temperature superconductivity project team carefully reviewed the contents of the paper.
And discovered a hidden detail from it.
Schultz and Chinese materials experts have different methods of preparing this material.
Even Schultz did not elaborate on his specific method of preparation.
But just from the general preparation process, Chinese materials experts can see that this is a preparation method different from ours.
To this end, Xing Shuping specially organized everyone to hold an emergency meeting.
"I'm sure everyone has read the paper by German materials expert Schulz. Although we don't know exactly how Schulz prepared the 150K high-temperature superconducting material, his method is definitely different from ours. I think we need to try other preparation methods."
In fact, for a material, the preparation method may not be unique.
For example, if you want to obtain elemental aluminum, there are many preparation methods.
In industry, aluminum is produced through electrolysis.
Because this is the most mature and lowest cost preparation method.
Although we have successfully prepared a variety of new high-temperature superconducting materials.
But this does not mean that this is a mature preparation technology.
If we can explore a lower cost and more convenient preparation technology.
It is of great significance for the subsequent application of superconducting materials.
Not only for the preparation of 150K superconducting materials.
It may even provide new directions for the preparation of 202K superconducting materials.
"It seems that a certain degree of academic exchange is still very necessary." Xu Youxin said.
Xu You looked back at history and found that the decline of the Qing Dynasty had a lot to do with its closed-door policy.
If we want to continue to develop, we cannot disclose all of our technologies, nor can we completely cut off any communication with the outside world.
This degree needs to be properly grasped.
After a number of papers related to the mechanism of high-temperature superconductivity were published.
Within the Nobel Committee, the discussion about this year's Nobel Prize in Physics began to change.
If we say that Xu You’s previous high-temperature superconductivity mechanism could not make a significant contribution to mankind and was unlikely to become the final award-winning result because no one could prove its correctness.
After being supported by many of the world's top scientists, the significance of this theory has been elevated to a higher level.
Following this momentum, high-temperature superconductors will develop rapidly and be put into use, making great contributions to all mankind.
Such achievements deserve recognition from the Nobel Prize.
…
Xu You did not participate in the subsequent exploration of new preparation schemes for 150K materials.
Xing Shuping and other material experts have already had a general direction for the new preparation plan. With their abilities, they should be able to complete these tasks.
Xu You cannot stay in the superconducting materials project team all the time, he still has to be busy with his own project .
Unless they really encounter a problem that cannot be solved, Xu You will go to the project team to see if he can help.
After all, Xu You’s gold brick cannot be used casually.
In the following period of time, Xu You focused his main energy on the research of new topics.
The research on this topic went relatively smoothly, and within a few weeks, Xu You was basically about to finish it.
On this day, in the small group of four people including Xu You, Lou Song, Lin Shi, and Luo Wenkun, Luo Wenkun suddenly sent a message.
