They did get into the same room.

Zhao Yi gave Qian Hong a syllabus of "Theory of the Boundaries of Particles" written to him, hoping that she would help to correct it appropriately.

The math part is the most difficult. He hasn't written much yet. The most difficult thing is that Qian Hong probably can't understand it.

Qian Hong also realized something was wrong. When she stood next to Zhao Yi, her face was always red.

[Flirting with girls, target: Qian Hong, learning coin + 2.]

Added again?

Zhao Yi looked at Qian Hong strangely, and when he found that his red face was a little moved, he quickly said, "You are not thinking about something bad, are you?"

"Don't even think about it!"

Qian Hong subconsciously shouted.

"ah?"

"No." Qian Hong realized that she had heard it wrong and corrected her nervously, "I don't mean that. I'm going to give it to me quickly. I'll plan to take a shower later!"

"bath……"

Zhao Yi looked Qian Hong up and down, swallowed hard, and quickly sent the thing to Qian Hong's email, and handed over the two pages of the draft content.

Qian Hong got the thing and left in panic.

Zhao Yi looked at the door that was pushed open and felt a little strange. He could only sigh that the temptation of life was too great. For a handsome boy like himself, it was really not easy to maintain a simple life.

"well!"

He sighed.

Qian Hong agreed to be his assistant, which is good news and will definitely help him solve a lot of work.

assistant!

What a good word.

Starting from next semester, if you have any questions, you will find an assistant to do the course, and when you have nothing to do... Cough cough, just do whatever you should do!

...

With Qian Hong as a course assistant, Zhao Yi became much more relaxed. At least he didn't have to worry about basic content issues. Qian Hong could help him. The most important thing was to sort out the content of mathematical discourse.

The content of mathematical discussion is the simplest and most complicated task, but with Qian Hong as a "reference", it becomes much easier.

The first thing is to organize the framework content, divide the content into several areas, and select relatively simple ones.

After the content screening was carried out, I skipped the difficult part and gave Qian Hong some explanation.

If Qian Hong can understand it quickly, it means there will be no big problem with the content. Let Qian Hong filter it out.

on the contrary.

Qian Hong cannot understand it quickly. It is impossible for students to understand it through several classes. No matter how much Qian Hong is studying for a doctoral student, and she is a computer major in mathematics, and she still has some math skills.

Zhao Yi knew how to continue, and the work became easier.

He will take some time.

Zhao Yi didn't plan to finish it in one go, so he had time to do it occasionally. Most of his time was spent in his study and life, and he couldn't leave the laboratory work behind.

In the last time of January, the analysis of HIV virulence gene vif progressed very quickly, so fast that several people in the laboratory could not wait to work 24 hours a day, but they all wanted to solve it in one breath.

This is also very normal.

If you also use puzzles as an example, after seeing the general appearance of the picture, the speed of the team will definitely be faster and faster. The initial part is the most difficult, and then the speed will be faster. When you finish more than half of it, the speed will increase several times. Go forward to the final ending extreme. Just take a look at the piece and you will know where to put it.

The same is true for the analysis of virulence gene vif, almost 80% of it was completed, but every experiment and every analysis and argumentation would make the analysis work progress, and it felt like you could finish the rest in one breath.

Zhao Yi also insists on going to the laboratory every day and working with others.

In the past two months, his genetic knowledge has improved rapidly. Under Yan Yi's guidance, he will use two newly purchased machines in the laboratory. Due to the influence of his ability, his analysis of the results is more accurate than everyone else, and he can even correct their analysis.

Yan Yi couldn't help but sigh, "Zhao Yi...Professor Zhao, you are such a genius!" She was still a little uncomfortable calling 'Professor Zhao', mainly because Zhao Yi was too young and felt a little awkward when she screamed.

"Of course."

Liu Chengjie quickly took over the conversation, "You have just arrived not long ago, I don't know. Although Zhao Yi has not come many times, his control, results, and analysis of the process is much better than everyone!"

"He is that kind of person, how can I say... a real super scientific research genius seems to be born to do scientific research and just stay in the laboratory for twenty-four hours."

Liu Chengjie said as he raised his lips, as if he was the super genius himself.

He also added, "Yan Yi, you should call him Zhao Yi directly. In fact, when Professor Zhao Yisheng was the first to be Professor Zhao, I also called him Professor Zhao, but later Zhao Yi said he was not used to this title."

Yan Yi immediately looked at Zhao Yi.

Zhao Yi smiled strongly, nodded and said, "Just call me Zhao Yi, I'm really not used to it."

He then glanced at Liu Chengjie.

There was actually nothing wrong with what Liu Chengjie said, and he was also admiring him, but this guy was definitely trying to make a name for himself, subconsciously using him to bring him closer to Yan Yi, showing his concern, care, and so on.

This is unbearable!

"The settlement bonus for this project must be quite large." Zhao Yi thought about it carefully and could have at least 1.5 million yuan. The funds were theoretically from the research institute, but the laboratory was the one who contributed, and half of the funds would be given directly to the laboratory.

Bonus can be paid at that time.

In the past, there were only four people in the laboratory, including him, and 30% of them were divided, and 40% of them were awarded with a prize. After becoming five, it felt like a part was missing.

Is Yan Yi a newcomer or a part-time job, so I definitely can't give too much bonus.

So……

Deduct part of Liu Chengjie’s bonus and give it to Yan Yi!

"I will just say that Liu Chengjie shouldn't object, right? He likes to take the initiative to take care of Yan Yi..."

"Yes, he certainly wants it!"

"What a great idea!"

...

When Zhao Yi was still immersed in his life of study and research, he suddenly received news from Edward Weiteng.

"Zhao Yi, I have an idea!"

Edward was excited to chat with Zhao Yi, and his face was a little rosy, "I sent some information to your email address, you can download it first."

"good."

Zhao Yi opened the email address and found that there were several packaged files, all of which were ‘four elements of M theory’, ‘argument of hyperdimensional space’, ‘illustration of ten-dimensional space’, etc.

He felt a little headache.

Edward continued, "Did you see it? They are all very classic content, some of which are my own research."

This is really not a boast.

String theory is an important branch of theoretical physics, and Edward Weiteng is a representative figure in the study of string theory.

The whole world is recognized as Edward Weiteng as the main researcher of string theory. He has made many achievements and made great contributions in expanding and improving string theory.

If string theory is enlarged to the entire physics, Edward Witten is even greater than Einstein because he has been recognized as the "first person in string theory".

Edward explained what he sent, and then asked, "Do you know the supersymmetry of M theory?"

"certainly."

Zhao Yi nodded and said.

When he was fond of the knowledge of theoretical physics before, he introduced and studied string theory a lot, and studied the mathematical system of string theory, and naturally he would know the problem of supersymmetry of M theory.

Supersymmetry of M theory.

The M theory can be understood as the 'evolution end point of string theory'. It was proposed as the "ultimate theory of physics". It hopes to explain the essence and interaction between all matter and energy through a single theory. Its theoretical content combines five superstring theories and supergravity theories in eleven-dimensional space.

If you want to understand M theory, you can give a simple example.

For example, Go.

In Go games, there are only a few rules such as surround and non-surround. The game between black and white chess pieces can create ever-changing games.

Similarly, many physicists believe that nature is dominated by a few rules, and there are infinite and many states and structures that these dominant laws allow.

Any force that has not been discovered will be extremely weak, or its effects will be strongly limited, and these effects will either be limited to extremely short distances or only act on extremely special individuals.

The two pillars of physics are quantum mechanics and general relativity, but the two are completely incompatible: general relativity violates the rules of quantum mechanics on the microscopic scale; while black holes face the basic challenges of quantum mechanics on the other extreme scale.

Faced with this dilemma, Salam and Weinberg's theory of weak current unified power simplifies the two laws that describe electromagnetic force and weak force respectively into one law.

The ultimate goal of M theory is to use a rule to describe all known forces (electromagnetic force, weak force, strong force, gravity).

Like string theory, the key concept of M theory is also supersymmetry, which refers to the symmetry between bosons and fermions.

Bosons have integer spins, while fermions have semi-integer spins.

In supersymmetric physics, all particles have their own supersymmetric partners, and they have exactly the same quantum numbers (color, charge, baryon number, lepton number, etc.) as the original particles.

The super partner of the boson must be fermions; the super partner of the fermions must be bosons.
To be continued...