The New Year gifts were all chosen by Wu Tong herself. They might not be the most expensive, but they were all thoughtful. This was her respect for the teachers and mentors who treated her sincerely.
The gift may be small but the sentiment is great, and what's more, Wu Tong's gift was not frivolous. The teachers and leaders who received the New Year's greetings from Wu Tong personally were naturally smiling. It was not because they were greedy for money, but because who doesn't like students who respect their teachers!
The world after the new year is destined to be shocking and exciting!
In the scientific research circle, few people do not pay attention to the two most core journals, Science and Nature. When I saw the latest updates of these two journals, Wu Tong's two major studies on superconductivity were published one after another, which brought a heavy blow to the beginning of the year and a dazzling shock.
Regardless of other things, those who are engaged in organic superconductivity or superconductivity at home and abroad are deeply shocked by these two major papers!
Were they dazzled, or was this world just too crazy? Organic superconductors, after years without a major breakthrough, had just revealed one breakthrough after another in just two papers! Wu Tong's mathematical prowess was truly world-class, and the fact that he had solved two of the most challenging problems of the millennium, one after another, was undeniable.
She had just completed her mathematical achievements, but in just half a year, she turned to researching materials and made such great achievements in organic superconductivity. This undoubtedly proves once again that a genius is a genius, no matter what he does, he is a genius!
Before publishing these two papers, Wu Tong reported to her superiors and only submitted them after confirming that they could be sent out.
Considering the above perspectives, in the theoretical field, they fully support Wu Tong in establishing his own scientific research influence! If necessary, further disclosure of Wu Tong's scientific research results is also possible.
All parties have been inquiring about Wu Tong's existence. With the wide range of projects she is involved in, especially the subsequent establishment of the controlled nuclear fusion project, she will have to build a large team and face the world sooner or later. Now, let's start with the theory to pave the way for Wu Tong's glory!
Wu Tong's achievements should not be kept secret. Their national strength is growing stronger and stronger. They have the confidence and ability to do their best to protect Wu Tong's safety when his achievements are truly revealed to the outside world!
They had already prepared a coping strategy for this day, just waiting for it to arrive. Wu Tong had previously published a paper on the co-bonding effect, which was still shining in the materials circle. After that, Wu Tong never published any papers on materials. People thought that Wu Tong was just a whim and only dabbled in materials.
However, now, Wu Tong has really made concrete progress in materials, specifically in the practical research in the field of new organic superconducting materials!
At such a speed, those who work in materials around the world can't help but feel a chill down their spines. The big devil has descended upon the field of materials with unstoppable momentum. Is he going to stage a dimensionality reduction attack from the mathematical community in the materials circle again?
Now, when scientific researchers describe speed, there is a new synonym, Wu Tong speed. Several Wu Tong speeds break through the levels. The shorter the speed, the more proud they are!
The shock of the world and the joy of netizens, but Wu Tong, who was on fire again, had already put all of this aside. After paying New Year's greetings, she walked out of the New Year atmosphere and started a new breakthrough in superconducting materials.
After making two unique discoveries, Wu Tong gradually understood the direction of her research and development. The next hurdles were crucial, determining whether Wu Tong could achieve her goal. Based on the data at hand and her predicted direction, Wu Tong developed a large-scale material model from a mathematical perspective, as well as an experimental design.
All the core research team members were in place after the sixth day of the Lunar New Year. They were offered generous treatment and continued growth. Although several core members were reluctant to leave the warmth of their homes, they resolutely and spontaneously came to the institute early. They knew that hard work now would lead to a lifetime of happiness in the future. They were very clear about this trade-off.
Wu Tong further explored the BCS theory. Based on the nearly free electron model and the weak electron-phonon interaction, he established the BCS theory, which believes that electrons with opposite spin and momentum in metals can pair up to form Cooper pairs.
Cooper pairs can move losslessly in the lattice, forming a superconducting current.
The BCS theory provides a detailed explanation for the formation of Cooper pairs: when electrons move in the crystal lattice, they attract positive charges on neighboring lattice points, causing local distortion of the lattice points and forming a localized high positive charge region.
This localized region of high positive charge attracts electrons with opposite spins, pairing them with the original electrons at a certain binding energy. At very low temperatures, this binding energy can be higher than the energy of the lattice atoms' vibrations. Thus, the electron pairs do not exchange energy with the lattice, resulting in no resistance and a superconducting current.
In the model she established, Wu Tong constantly deduced suitable conditions and experiments to try to find the existence of Cooper pairs, and to verify the superconducting properties of Cooper pairs in high-temperature superconductivity, thereby completing the BCS theory that can only explain the low-temperature superconducting properties.
A large amount of data was calculated in Wu Tong's hands. When he was focused, his mental arithmetic ability was almost comparable to that of a supercomputer. The complicated data was input one by one into the model he established, almost without pause, as if it were natural, just like breathing and drinking water.
At such a speed, Tao Ran and Ruan Chengxu, who were watching and waiting for Wu Tong to complete the simulation model design and continuously providing data reports, looked at each other and smiled bitterly.
This is the gap, a gap as huge as heaven and earth. The two of them cooperated to provide data, almost in a panic, while Wu Tong was in charge of everything, and all the calculations seemed to be completed in the blink of an eye. This is the strength of Ms. Wu, who has reserved the next Fields Medal and wants it to be awarded to her. She is the glory of the Fields Medal!
They were dazzled by the complex number of atoms and the complicated calculations involved. They could hardly grasp the beginning and the end. Even supercomputers would not dare to challenge these calculations. But for Wu Tong, these seemed to be easy tasks!
Wu Tong is constantly screening and improving her material models. In this process, she is also constantly improving her theory on the mechanism of high-temperature superconductivity.
As she improved her theory, the model outline of the new superconducting material gradually became clearer. The simulation software showed clear predictions of the most likely superconducting properties, which shocked and shocked all members of the research team. They couldn't wait to follow Wu Tong to actually prepare this material and actually test its breakthrough critical temperature!
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