Theories always go ahead of reality, and the basic theories of physics usually take a long time to be proven.

Newton's law of universal gravitation took about 100 years before it was verified by Cavendish's precision experiments.

Einstein's e=m^2 was confirmed by Croft and Walton's experiments, and it happened 27 years after the formula was published.

In 2012, Cern discovered the Higgs boson that excited the physics community, and the prediction of the Higgs boson appeared half a century ago in 1964.

Superstring theory was born about half a century ago, and until now, precise experiments and observations about it are still difficult to achieve.

In 2005, Brookhaven National Laboratory on Long Island, USA, used a particle accelerator to conduct heavy ion collision experiments, successfully releasing quarks in protons and middle fingers, obtaining quark-gluon plasma, verifying a prediction in superstring theory.

The verification of this prophecy unveils the tip of the iceberg of superstring theory, and directly observing the entire "iceberg" is extremely difficult at the current scientific and technological level of mankind.

Researchers of basic theories like Shen Qi and Weiteng have no choice but to go on even if contemporary technology cannot thoroughly verify superstring theory. Because the contradiction between gravity theory and quantum mechanics theory can only be solved by superstring theory.

No matter how many years later, humans can design an accurate experiment to prove that superstring theory is the correct proposition, what contemporary scientists need to do is to realize the self-consistent theory of superstring theory at the theoretical level and improve its self-consistentness.

A group of Chinese scholars and an old man from the United States were talking about the most profound and difficult subjects of physics.

After going around, they returned to a most basic mathematical problem, Euler number = number of faces - number of edges + number of edges.

Weiteng chose the absolute value of Euler number to be 6, which is to launch the second superstring theory revolution in the six-dimensional "Kabila-Qiu Chengtong Space".

Why must it be 6? Weiteng did not give a specific proof.

This proof work will be taken over by Shen Qi.

Shen Qi entrusted the important task to his 17 Physics Doctors under his command.

The 17 physics doctors are under great pressure and have no idea how to start!

"Boss Shen, can you give me more tips?" Sha Dongdong, who is most familiar with Shen Qi, asked carefully.

"There is an immature idea." Shen Qi picked up the water pen and wrote a formula on the whiteboard:?afg=1/2cabe^2kg^bbg^

"This is..." Sha Dongdong's eyes lit up.

"Is this..." Dr. Wei's anus tightened.

Weiteng's body was shocked: "This is the method of calculating quantum effects."

Sha Dongdong raised a question: "It seems that this equation lacks some content and is only half written?"

"In the standard model, there are six quarks. Calculating the quantum effect of quarks involves three generations. Taking into account the six electron neutrinos, the constraints of achieving theoretical mathematical coordination are getting stronger and stronger. I have been studying this equation for a while. As Dongdong said, I did only write half, or even one-third or less. Just as you throw a brick and lead to the jade handle, complete the equation for the calculation method of quantum effect, please everyone." Shen Qi means that by completing the equation and solving the equation, the system self-consistentness of superstring theory will be improved, which can at least support the birth of a new generation of experimental equipment and experimental methods.

Why did Shen Qi only write an incomplete equation? Was he deliberately done it, or was he able to write so much at his level?

Shen Qi did not give a clear answer, but it would be right for everyone to work hard together.

The problem of m theory and superstring theory focuses on an equation, and the form of this equation is more complicated than e=m^2.

Generally speaking, theories with universal laws are often extremely simple in terminal performance, with one line of formulas, more than a dozen or even a few characters, from complex to simple, and then deducing the entire universe from simplicity.

Shen Qi threw out an equation that had not been completed and went home to take care of his children.

Weiteng is very interested and passionate about this equation. He led 17 young Chinese people to carry out in-depth research.

After a month of research, there was no progress. There was no clue as to how to supplement the second half of the equation.

There is no rush to this moment. In December, Shen Qi and Weiteng flew to Stockholm, the capital of Sweden, to attend the Nobel Prize ceremony this year.

Shen Qi received the Nobel Prize in Physics for the second time. The winner was Weiteng with him, and the two shared the prize equally.

Weiteng slipped into the bathroom and cried for a while, then faced reporters with great energy, expressed his joy of winning the promise, and praised Shen Qi, saying that Shen Qi was the most outstanding alumnus in Princeton's history and the most outstanding scientist in contemporary times.

Shen Qi answered reporters' questions in another area. He seemed much calmer, after all, he had experience in winning awards.

"There is no doubt that Edward is a leading figure in the contemporary physics world, and his achievements in mathematics are equally brilliant." Shen Qi and Weiteng cooperated very well, and the two officially praised each other, reflecting the friendly atmosphere of harmonious coexistence between Chinese and American scientists.

"I know that everyone is very concerned about two unified problems. In terms of mathematics, our team is temporarily at the forefront of the world. In terms of the unity of the four forces in physics and elementary particles, our team is temporarily at the forefront of the world." Shen Qi mentioned their latest research progress in a high-profile manner.

The international community praised the milestone research topics of Shen Qi's team and looked forward to the subsequent research results of Shen Qi's team.

Just when the world was fans of Shen Qi and Weiteng, a few people expressed dissatisfaction.

One of them is a heavyweight, Carl Dundee, winner of the Nobel Prize in Economics of this year.

This year's Physics Awards, Chemistry Awards, Physiology and Medicine Awards are all equally shared by more than one winner.

Only Dundee won the Economics Award, who dominated this year's Economics Award.

Professor Dundee is from Rutgers University in the United States. He said in an interview with reporters: "At the theoretical level, the Riemann conjecture, the Hodge conjecture, and the Navi Stokes equation have obtained seemingly self-convincing answers, but what is the practical significance of this? We have not seen the valuable contributions based on these theories. Two great unifications? Let's talk about it when it is truly unified. What is the practical significance of the so-called world leader now?"

As soon as Professor Dundee said this, it immediately caused an uproar. Shen Qi and Weiteng were in the same hall with him.

The Riemann conjecture, the Hodge conjecture, and the solution of the Navi Stokes equation are the most dazzling major academic achievements that Shen Qi has achieved so far.

The two unifications are the scientific research plan that Shen Qi promotes in great detail.

Target it, it's hard to target it.

"Dundee..." Weiteng snorted unhappily and said to Shen Qi: "He is from the Niu Blood Society."

"Rugers University, Niu Blood Society..." Shen Qi suddenly realized and understood that Dundee was the official target. Rutgers University was Princeton's official enemy, and Niu Blood Society was Rutgers University's death vanguard against Princeton.

There are some famous rival universities in the United States, such as Princeton vs Rutgers University, Stanford vs Berkeley, Duke vs North Carolina, Purdue vs Indiana University, etc.

Interestingly, these mortal enemies are often located in the same state and the campuses are not far apart.

Princeton University and Rutgers University are both located in New Jersey. Rutgers University is several times larger than that of General Motors and is the largest university in New Jersey.

Rutgers University is also a prestigious university that has trained Philippine and Nobel Prize winners, as well as many well-known figures in the political, business and entertainment circles of the United States.

The Bull Blood Society was founded at Rutgers University in 1834 and is a fraternity similar to the Yale Skeleton and Bones Society.

Every year, Niu Blood Club selects 12 freshmen and invites them to join Niu Blood Club in the coming year.

The selected new members must carry out a series of ingenious mischiefs against their archenemy Princeton University to prove their loyalty.

Several of the most famous figures in the Niu Blood Society include former Nobel Prize winner Milton Friedman, former US Vice President Hobart, and former FBI Director Lewis Fry.

It is obvious that in the eyes of Rutgers University and Niu Blood Society, Shen Qi is from Princeton, not to mention Weiteng, who spent all his time in Princeton after he was thirty.

The purpose of the Niu Blood Society is not to target any country, but Princeton must target it. The higher the achievements made by ordinary people, the more exciting it will be.

"You can lose in team battles, Princeton's C position must die..." Shen Qi smiled, feeling it was interesting.
Chapter completed!