Ultimate Scholar

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

Alloys are mixtures, not pure substances, because alloys are composed of different metal elements and cannot change the properties of their elements.

Of course, due to the characteristics of electrons and electromagnetic interaction forces, special combinations between these alloys will form a closer connection.

And such a close connection means that 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 a hemp rope, which is made up of strands of thin threads. This entangled structure makes the hemp rope very strong and will not be broken easily.

In the alloy, those different alloy atoms are entangled together like a hemp rope, which strengthens its strength and of course brings some unexpected properties.

Just like superconductivity.

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

This kind of magical thing cannot be overstated in the world of materials science. It is no wonder that Bardeen was able to win the second Nobel Prize in Physics in his life.

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

Invisible links are formed between atoms through electromagnetic interactions.

According to theory, the electron interaction force is transmitted using virtual photons. Unfortunately, for now, he cannot see such a process.

However, it's not a big problem.

Based on the scene in front of him, his mind kept spinning, thinking based on the scene in front of him.

As a physicist, he must have the ability to see through mathematical formulas to see through the real physical meaning behind them. As a top physicist, he must also have the ability to summarize observable phenomena into mathematical formulas. .

As a top-notch physicist, it is almost no difficulty for Li Mu to achieve these two points.

Soon, relying on the scenes in front of him, and of course the various auxiliary information that the simulation space could bring to him, he quickly conducted a characterization analysis of the material.

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

All in all, if you want to completely grasp all kinds of information about an unknown material, the step of material characterization is indispensable.

Under normal circumstances, material verification requires the use of various scientific instruments, such as microscopes. But for Li Mu, what microscope is more direct than his current direct observation with the naked eye? \b

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

Of course, this isn't over yet. \b

Material characterization can only be regarded as mastering the basic information of this material. He also needs to see what changes will occur inside this normal temperature superconductor after the current is passed through.

As soon as his idea struck, circuits were connected to both sides of the superconductor.

Power on starts.

The next moment, the dangling atoms inside the superconductor suddenly shook. Then, Li Mu saw that the electron clouds surrounding the atomic nuclei, making the atoms look like balls, began to become chaotic. started to flow in the same direction.

That direction is exactly where the positive voltage is. \b

"The speed is a bit fast..."

In the simulation space, Li Mu frowned slightly.

After the electricity was turned on, the electrons flowed too fast, making it difficult for him to see clearly, which was not conducive to him observing the behavior of the electrons in more detail.

Not a big problem, "Time slows down to 0.5 times."

Then, everything in front of him slowed down. \b

Of course, if possible, he could even shout "Smash Varudo", but that's not necessary yet.

Finally, as the flow of time slowed down, he was able to see clearly the flow of electrons.

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

In this simulated space, he is the Creator.

In this way, relying on the microscopic world in front of him, he received more and more information.

till the end.

"Almost, the basic situation has been fully understood."

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

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

Of course, he did not snap his fingers in the real space. In the quiet office, there was only the rustle of pen tips and scratch paper when his four students were studying at their desks.

Although it seemed that a long time had passed in the simulated space, not much time had actually passed in reality, so to 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 explanations in the eyes of others.

Without saying anything, Li Mu took his draft paper from the side, and began to draw on it.

What he drew was the microstructure of the LCS alloy, in which different links form between different metals.

"Next, it is necessary to tentatively substitute this structure into the theory described in my "On Superconductivity."

Facing an unfamiliar piece of material, the first thing to do is to pull it into the existing scientific field.

Only in this way can we proceed to the next step better.

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

Although the system has recognized his superconducting theory, sometimes, you still need to verify it yourself like now to feel a greater sense of accomplishment.

However, this step will take a long time.

…

Time passed slowly.

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

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

It's time for dinner.

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

"Goodbye."

"See you tomorrow."

"Goodbye, Professor...well, the Professor is probably sinking in again."

Several graduate students said goodbye to each other, but when they saw their professor still lowering his head to study, they all shook their heads helplessly.

In the past, they had always admired Li Mu's talent, but it was only now that they came to Li Mu that they realized——

Their mentor spent more than ten hours a day on research, but people always used genius to cover up his efforts.

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

Yuan Siping spread his hands and said.

No one knows better than him.

The other three people nodded one after another, and then they all gathered around Yuan Siping and asked him about what happened back then.

They are so curious. \b

Yuan Siping waved his hand: "Let's walk slowly and talk slowly."

"The professor back then..."

As they talked, they left the office.

Li Mu was the only one left in the office again.

However, less than 10 minutes after they left the office, Li Mu raised his head again.

"nailed it."

He successfully substituted LCS alloy into his superconducting theory, and the result made him very comfortable. LCS alloy fully complied with his superconducting theory.

Basically nothing went wrong.

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

"With this step confirmed, we will start to analyze how the LCS alloy is synthesized."

This step is the most critical and also the most difficult.

Only by finding a way to synthesize LCS alloys can this room-temperature superconductor be brought to the world.

In other words, Li Mu's next work is the most difficult thing in the field of materials science, which is to reversely analyze the synthesis method of materials.

When you get a new piece of material, how do you know how it was synthesized?

How difficult it is to do this. It can be said that basically no one in the materials science community likes to do this work.

Even if we can analyze the formula of this material with the help of advanced technologies such as metallographic microscopes, there will still be an unavoidable biggest problem, which is the proportion of various formulas, and how to add some trace elements. In addition, there are some special processes in the material synthesis process, etc.

All in all, each step requires a huge amount of time and cost.

But, for Li Mu, cost is not a problem.

Who gave him the simulation space?

"OK, starting from tomorrow, you can take a good soak in the simulation space."

He estimated that he would need to stay in the simulation space for a long time to conduct experiments.

But at this moment, his cell phone suddenly rang.

I took a look at the phone number. It was from Germany, but I didn’t recognize it.

He made a guess in his mind, then smiled slightly and answered the phone.

A voice came quickly from the other side of the phone: "Hello, is this Professor Li Mu?"

"It's me, you?"

"Professor Li Mu, it is an honor to be on the phone with you. Let me introduce myself. I am Karls Moffett, president of Bayer AG in Germany."

"I believe you can probably guess the reason why I'm here. Yes, it's for your company's RSCA."

Li Mu laughed.

Sure enough, he was right as he thought, the other party was from Bayer, and what was somewhat surprising was that he was actually the president of Bayer.

Since the RSCA anti-thrombotic drug was launched in China, it has had very obvious effects, especially in clinical operations, it has shown incredible effects in the medical community.

According to case statistics, any operation in which RSCA antithrombotic drugs were used for anticoagulation preparation before surgery, no thrombosis problems occurred afterwards.

For some major embolism problems that occur during operations, RSCA anti-thrombotic drugs have also shown an effect that makes all surgeons extremely reassured. For example, the problem of amniotic fluid embolism that may occur in pregnant women during delivery, even with the help of RSCA , also reduces the risk to a very low level. Although there are other risks of amniotic fluid embolism, at least the risk of coagulation is basically non-existent.

In the past month, about 500 cases of amniotic fluid embolism have occurred in China. Because RSCA anti-thrombotic drugs are now available in almost all hospitals in the country, these 500 or so cases have basically been used. For RSCA, the final mortality rate is 60%.

60% seems to be very high, but in fact, what you need to know is that the mortality rate of amniotic fluid embolism is as high as 80 to 90%. It can be said that there is a narrow escape from death. This problem can give all doctors a headache.

But because of the existence of RSCA, the mortality rate has been reduced by 20 to 30%. This effect is immediate.

This is true for such a difficult-to-treat amniotic fluid embolism, let alone other diseases.

Therefore, RSCA anti-thrombotic drugs have long become a "holy drug" in the surgical community.

If doctors and medical representatives of other anti-thrombotic drugs in China want them to use their own anti-thrombotic drugs during surgery, they will definitely be sternly rejected by the doctors.

For doctors, although agreeing to it can help them get rebates, if compared with drugs that can ensure that their operations will not have accidents with a high probability, they are obviously more satisfied with the latter.

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

Bayer, as a world-renowned pharmaceutical company, must be very aware of these situations.

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

Li Mu smiled and said, "Of course, I can guess it."

"Actually, other companies have been contacting me during this period because of RSCA, but the conditions they offered are not satisfactory to us. As for Bayer... In fact, your company was the first one to contact us. Yes, so I still have some good impressions of you. Of course, we are talking about business, so we still need to see the sincerity of your company."

Of course, Carls Malphite is very clear about these clichés of Li Mu. After all, these words are what he often said to others before, but now his identity is a little different, and he has turned to Li Mu for help.

"I know. Of course, our company's sincerity will definitely satisfy you. I can guarantee this." Carls Malphite said with a smile: "Then, when are you free recently? We can come down privately. Discuss it?"

"Well..." Li Mu looked at the time, "Let's make it Friday this week, 12 noon."

"Okay, I look forward to meeting you." Carls Malphite said.

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

"Classmate Yun, do you have any experience in business negotiations?"

Yun Rongshang over there: "?? What did you say?"