After carefully reading the paper in his hand, he breathed a sigh of relief and prepared to do it again.

On the side, his assistant and student saw that he had finished reading and asked impatiently: "Professor, Professor Xu, has he done it? Can strongly correlated electronic systems really be unified?"

Upon hearing the student's question, Shmuel Hiss raised his head, thought for a moment, shook his head and said, "I don't know."

After a slight pause, he added: "To be precise, I haven't fully understood this paper yet."

Hearing this answer, the student looked confused. What's going on?

You must know that his professor is known as the father of superconductivity in the United States. His research on condensed matter and strongly correlated electronic systems is absolutely top-notch.

Even he can't understand the paper. Can anyone prove whether Professor Xu's stuff is correct?

Seeing the astonishment and surprise on the student's face, Shmuel Heath knew what he was thinking, smiled, and said: "This is not a complete field of physics. In this paper, the mathematics involved

There are more methods. And my research on mathematics is not deep, so it will take some time to understand."

After adding, he lowered his head and started reading again.

Reading it once was not enough for him to fully understand this exquisite paper.

However, when reading the paper, he always felt that some parts of the article were unusually familiar, as if he had seen it somewhere.

With doubts, he read it several times in a row. When the paper turned to a report on the field of superconducting materials for an unknown number of times, Professor Schmuel Heath stared at a formula in the article and suddenly understood the familiarity.

Where did it come from.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! KL-66 materials!

A few months ago, the person who wrote this unified framework for strongly correlated electronic systems also wrote a research paper on the magnetic levitation mechanism of South Korea's KL-66 material.

Almost all researchers in the field of materials have read that paper. It also successfully transformed South Korea's KL-66 material from a room temperature superconductor back to a conventional material, ending a war that might have lasted two to three months or even longer.

of disputes.

As one of the founders of high-temperature superconducting materials, he naturally read that paper, which left a very deep impression on him at the time.

In addition to proving that the magnetic levitation effect of KL-66 material does not originate from the superconducting mechanism, in that paper, he clearly felt that the author was hiding something.

After much thought, he still couldn't figure out what Professor Xu was hiding. It was only today, after seeing this paper on the Unified Framework of Strongly Correlated Electronic Systems, that he finally understood what was hidden in that paper.

"I see. Has he noticed the path and direction behind the strong diamagnetic mechanism of KL-66 material since then?"

After muttering to himself, Shmuel Heath sighed and shook his head.

Suddenly, he remembered something again and was stunned for a moment.

If he remembers correctly, it seems to have only been four or five months from the KL-66 materials to now, right?

It took four or five months to find a unified framework leading to a strongly correlated electronic system through the strong diamagnetic mechanism of KL-66 material. Isn’t this a bit too perverted?

Thinking about it, he couldn't help but swallow. To be honest, this guess really scared him.

He would rather believe that the person who had been studying it had been studying it for a long time before this, rather than making a breakthrough in just four or five months.

After all, strongly correlated electronic systems have always been the forefront and hottest research direction of condensed matter physics, and are not an unpopular field.

For decades, no one has made a breakthrough, but he got it done in four or five months, which is really scary.
Chapter completed!