Swimming in the huge microcosm, Li Mu could clearly see that those metal atoms were arranged in a special way, and they were still moving.

Alloys are mixtures, not pure substances, because alloys are made up of different metal elements and do not change their properties.

Of course, due to the characteristics of electronic and electromagnetic interaction forces, these alloys are specially combined to form a closer bond.

And this close connection also makes these alloys may be stronger than the original single metal in terms of hardness, strength, and even corrosion resistance.

To put it simply, it is like hemp rope, which is wound by strands of thin thread, and this winding structure makes the toughness of hemp rope very strong and will not be torn off easily.

In alloys, the different alloy atoms are also entangled together like hemp rope, which makes them stronger, and of course, brings some unexpected properties.

For example, superconductivity.

Like yttrium-barium copper oxygen, as a copper-based superconductor, the superconducting critical temperature of copper itself is almost equal to absolute zero, and only because of the addition of other elements, the superconducting critical temperature of the enterprise directly reaches the temperature above the temperature of liquid nitrogen.

This kind of miraculous thing is not exaggerated in the field of materials science, and it is no wonder that Bardeen was able to win the second Nobel Prize in physics in his life.

And now, in Li Mu's eyes, the microscopic world in front of him also shows him the special structure inside the LCS alloy.

Atoms form invisible links with each other through electromagnetic interaction forces.

根据理论表示电子相互作用力是利用虚光子进行传递的，遗憾的是，就目前而言，他并不能看见这样的过程。

Still, it's not a big problem.

According to the scene in front of him, his mind kept turning, thinking according to the scene in front of him.

As a physicist, you must have the ability to see through the real physical meaning behind the mathematical formula, and as a top physicist, you must also have the ability to summarize the phenomena that can be observed into mathematical formulas.

As a top physicist among the top, it is almost difficult for Li Mu to do these two things.

很快的，凭借着眼前的这些景象，当然，还有模拟空间能够给他带来的各种辅助信息，让他很快就对这块材料进行了表征分析。

Material characterization is an important concept in materials science, and its main significance is to use a variety of methods to determine the characteristics of a piece of material, such as its morphology, composition, composition and structure.

All in all, material characterization is essential to fully grasp the various information of an unknown material.

Under normal circumstances, material representation requires the use of various scientific instruments, such as microscopes or something, and for Li Mu now, what microscope is more direct than his current direct observation with the naked eye?

In this way, after spending some time, Li Mu completed all the work of the first step.

Of course, that's not the end of it.

The material characterization can only be regarded as grasping the basic information of this material, and he also needs to see what kind of changes will occur inside the superconductor at room temperature after the current is introduced.

As soon as his thoughts moved, circuits were connected to both sides of the superconductor.

Power-on begins.

The next moment, inside this superconductor, the original swaying atoms suddenly shook, and then, Li Mu saw that the electron clouds that surrounded the nucleus and made the atoms look like balls began to become chaotic, and began to flow rapidly in the same direction.

That direction is where the positive voltage is.

"It's a bit fast......"

In the simulated space, Li Mu's "brow" frowned slightly.

After the electricity is applied, the electrons flow too fast, which makes him a little unable to see, which is not conducive to his more detailed observation of the behavior of the electrons.

Not a big problem, "the time speed slows down to 0.5 times." ”

Then, everything in front of me slowed down.

Of course, if he could, he could even shout "smash Varudo", but well, not for the time being.

Eventually, as the flow of time slowed down, he was able to see where the electrons were going.

If you still can't see clearly, then continue to slow down.

In this simulated space, he is the Creator.

In this way, with the microcosm in front of him, he received more and more information.

Until the end.

"Almost, the basics are fully understood."

Li Mu in the simulated space squinted his eyes, recalled the various materials collected in his mind, and finally, snapped his fingers.

In reality, he opened his eyes - as for why he snapped his fingers, of course, it was to play cool.

Of course, in the real space, he didn't snap his fingers, and in the quiet office, only the rustle of the tip of the pen and the scratch paper when his four students were crouching at their desks.

Although it seems that a lot of time has passed in the simulated space, in reality, it has not been long, so in the eyes of others, he was either just taking a nap or just closing his eyes and thinking.

As a top scholar, Li Mu's behavior can always find an explanation in the eyes of others.

Without saying anything, Li Mu brought his scratch paper from the side, and then began to draw on it.

他画出来的是LCS合金的微观结构，在其中，不同的金属之间，形成了不同的链接。

"Next, I need to try to substitute this structure into the theory described in my book "On Superconductivity."

When faced with an unfamiliar material, the first thing to do is to pull it into the existing scientific field.

In this way, you can better move on to the next step.

Of course, for Li Mu, this step is also an opportunity to verify "On Superconductivity" for him.

Although the system has recognized his superconductivity theory, sometimes, he still needs to verify it himself as he does now, so that he can feel more fulfilled.

It's just that this step will take a long time.

……

Time passed slowly.

In Oxford in September, the temperature is about 15 degrees, and the sun outside the window is hanging high, but it is not too hot.

In the office, the light shining through the windows also shifted from one side to the other.

It's time for dinner.

For several graduate students, of course, it was time to "get off work".

“再见。 ”

"See you tomorrow."

"Goodbye, Professor...... Well, the professor probably sank in again. ”

Several graduate students said goodbye to each other, but when they saw that their professor was still looking down and researching, they all shook their heads helplessly.

In the past, they had always admired Li Mu's talent, but it wasn't until now that they really came to Li Mu's side that they realized-

Their mentor spends more than a dozen hours a day studying, but people always use genius to cover up his efforts.

"Let's go, I know very well that unless he gets the results he wants, it will probably be impossible to wait for him to wake up."

Yuan Siping spread his hands and said.

No one knows it better than him.

The other three people nodded one after another, and then they all came to Yuan Siping's side and asked him about the things back then.

They were too curious.

Yuan Siping waved his hand: "Let's go slowly, talk slowly." ”

"The professor of the year......"

With that, they left the office.

In the office, Li Mu was the only one left.

It's just that less than 10 minutes after they left the office, Li Mu raised his head again.

"That's it."

He successfully incorporated the LCS alloy into his superconductivity theory, and the results made him very comfortable that the L CS alloy was completely in line with his superconductivity theory.

Basically nothing goes wrong.

This means that his theory of superconductivity is not only correct for low-temperature and high-temperature superconductors, but also for room-temperature superconductors.

"With this step determined, it is necessary to start analyzing how the LCS alloy is synthesized."

这一步，才是最关键的，同时也是最为困难的 。

Only by finding a way to synthesize an LCS alloy can this room-temperature superconductor be discovered.

In other words, Li Mu's next work is the most difficult thing in the field of materials science, reverse analysis of the synthesis method of materials.

When you get a new piece of material, how do you know how it's crafted?

It's so difficult to do this that it's fair to say that basically no one in the materials science community likes to do it.

Even if we can analyze the formula of this material with advanced technology such as metallurgical microscope, there will be one of the biggest problems that cannot be avoided, that is, the proportion of various formulas, and then how some trace elements are added, in addition, there are some special processes in the synthesis process of the material, etc.

All in all, each step of the way takes a huge amount of time and costs.

However, for Li Mu, the cost is not a problem.

Who gave him room to simulate?

"OK, from tomorrow onwards, you can soak in the simulation space."

He estimated that for a long time to come, he would need to stay in the simulated space and conduct experiments.

But at this moment, his mobile phone suddenly rang.

I glanced at the phone number, it was the number from Germany, I didn't know it.

He guessed in his heart, then smiled slightly, and then answered the phone.

A voice soon came from the other side of the phone: "Hello, may I ask if it is Professor Li Mu?" ”

"It's me, you're it?"

“李牧教授，很荣幸能够和你通话，自我介绍一下，我是德国拜耳公司总裁，卡尔斯·墨菲特。”

"I believe you should be able to guess a few points, yes, it's for your company's RSCA."

Li Mu laughed.

Sure enough, he was right, the other party was someone from Bayer, and what was a little surprising was that he was actually the president of Bayer.

Since the RSCA antithrombotic drug was launched in China, it has played a very obvious effect, especially in clinical surgery, and has shown incredible results in the medical community.

According to the case statistics, there were no thrombosis problems after any surgery that used RSCA antithrombotic drugs for anticoagulation preparation before surgery.

For some major embolic problems that occur during surgery, RSCA antithrombotic drugs have also shown an extremely reassuring effect for all surgeons, such as amniotic fluid embolism that may occur during childbirth in pregnant women, and even with the help of RSCA, the risk is reduced to a very low level, although amniotic fluid embolism and other risks exist, but at least in terms of coagulation risk, it is basically non-existent.

就最近一个月的时间里，国内发生过500起左右的羊水栓塞，因为RSCA抗血栓药物现在基本上已经遍布了国内几乎所有的医院，因此这500起左右的案例，基本上也都用上了RSCA，最终的死亡率为60%。

It seems that 60% is very high, but in fact, it is important to know that the mortality rate of amniotic fluid embolism itself is as high as 80% or 90%, which can be said to be a lifetime of death, and this kind of problem can make all doctors have a headache.

But because of the existence of RSCA, the mortality rate has been reduced by 2 to 30 percent, and the effect is immediate.

This is true for such a difficult amniotic fluid embolism, not to mention other diseases.

Therefore, RSCA antithrombotic drugs have long become a "holy medicine" in the surgical community.

If doctors in China now have other antithrombotic drugs and want them to use their own antithrombotic drugs during surgery, they will definitely be sternly rejected by the doctors.

For the doctors, although they promised to help them get a kickback, if compared with the drugs that can ensure that they will not have accidents during the operation, it is obvious that the latter is more desirable to them.

So much so that now doctors in China are jokingly claiming that they have RSCA dependence.

And for these situations, Bayer, as a world-renowned pharmaceutical company, must be very clear.

Therefore, he couldn't bear it anymore and called Li Mu personally.

Li Mu smiled: "Of course, I can naturally guess it." ”

"Actually, during this time, other companies have been contacting me because of the RSCA, but the conditions they offer are not satisfactory to us, as for Bayer...... In fact, your company was the first to contact us, so I still have some good feelings about you, of course, in business, so you still need to see your company's sincerity. ”

对于李牧的这些套话，卡尔斯·墨菲特当然十分清楚，毕竟这些话，也都是他以前经常和别人说的，只不过现在身份有些不一样，变成了他有求于李牧。

"I know, of course, the sincerity of our company will be able to satisfy you, and I can guarantee that." Karls Moffett smiled and said, "So, when are you free lately, and we will discuss it privately?" ”

"Well...... Li Mu looked at the time, "Then it's Friday of this week, 12 noon." ”

"Okay, looking forward to seeing you." Karls Moffett said.

After hanging up the phone, Li Mu thought for a while, and then called Yun Rongshang again.

"Mr. Yun, do you have any experience in business negotiation?"

Yun Rongshang over there: "?? What do you say? ”

(End of chapter)