Scholar’s Advanced Technological System

I've heard more than that. I've heard so much about it.

It is no exaggeration to say that in today's domestic mathematical community, Mr. Qiu is the worthy first person in domestic mathematics.

Only the late Hua Luog and Chen Province had two great gods to match their shoulders.

A 22-year-old PhD graduate, a 25-year-old associate professor, a 27-year-old who overcame the world's mathematical dilemma, the Carabinieri Thoughts, and a 34-year-old who took down one of the crowns of mathematics - the Fields Award. Like that Tao Xuanzhe, strong is like hanging on.

Not only did awards get soft, but his academic achievements made him one of the most influential mathematicians in the world today. Its influence extends to the fields of differential geometry, topology, algebraic geometry, representational theory, general relativity and so on, as well as high-energy physics!

The most famous of these is his testimony to the Karabi speculation, which directly laid the theoretical foundations for the establishment of the superstring theory of the 1980s.

Though there are some unintentional feelings in it, in theoretical physics, this old gentleman is widely regarded as one of the founders of superstring theory.

It can be said that no one in the country knows about this great god when it comes to mathematical research. And those who study theoretical physics are even more unlikely not to know this great god.

However, because Mr. Qiu is usually very busy, it is not easy to meet this big man.

Otherwise, even two sentences would benefit greatly.

So, as soon as he heard that Master Lu was taking himself to visit Mr. Qiu, the ark was excited to ask, “When are we going to go to Beijing? ”

Master Lu said with a smile: "October, it's early. ”

“ …… ”

What did you say to me so early?

The ark was silent for a while.

Seeing that the Ark did not speak, Monsignor Lu continued.

“I don't have any projects here for two months, so feel free to recharge yourself. I don't have much to say mathematically, but quantum chromodynamics has a lot to learn. Next semester's schedule I've sent you in your email, and if you want to graduate well next year, you'll have to do some kung fu. Whether you go or not, I'll test you at the end of the semester. That's it. I'll draw you the scope of the exam. That's the schedule in your email. ”

Hearing about this random range of exams, the ark almost threw up blood and coughed dry and said, "Professor, you painted a little too much of this range of exams. ”

Master Lu smiled and said, "What are you afraid of? Have faith in yourself, I like you! ”

……

No matter how much refinement is needed in quantum chromodynamics, one thing must be resolved as soon as possible.

Instead of wandering around the empty campus after coming out of the office of Master Lu, the boat returned directly to the bedroom, sitting in front of the laptop, and began to study the data obtained by the scanning gun.

Although it is unclear to what extent this battery is produced civilized, in terms of this battery, both industrial and technological, far surpasses any other country on the planet.

Even if the anode material is thrown aside, the "oxygen element oriented screening diaphragm”, which remains on the side of the pipe wall, cannot be produced by existing technical means.

Yes, even knowing the structure of the material, putting all the parameters in front of it, the ark can no doubt assert that even if he put this thing online, there is no laboratory that can produce this thin diaphragm to nanoscale thickness.

And without this diaphragm, even if the lithium-crystal problem is solved, it is not possible to create a lithium-air battery.

As for the reason, people who have studied high school chemistry know that lithium isn't just reacting with oxygen, it also reacts with nitrogen in the air to produce a lithium nitride crystal that can hardly be reduced. If you leak water vapor into it, the explosion can be much more severe than sodium into water.

The Japanese have gone far and ambitious in this regard, but so far there is no good solution.

Without solving the problem of gas molecular screening, the lithium air battery made has to carry an oxygen tank in the back. The phone doesn't have to think about it. The NEV may be a little bit possible.

However, it is believed that no one wants their car, and every time they ignite, they run the risk of turning it into a rocket.

After in-depth research, the ship can now conclude that this battery wreckage should be the legendary lithium air battery.

The positive electrode is the gas chamber covered by the gas screening diaphragm, and the negative electrode is the lithium anode material wrapped in the electrolyte… However, there is no leakage left in the electrolyte, and the anode material has completely turned into lithium oxide.

The design structure is simple and clear, so that no one can copy it even if it is in front of the people of the planet. Because the technical difficulties are all in detail, many of the problems that would have to be solved from a design perspective are all solved in the materials.

Even the plastic used on the inside of the battery, the ark tried to check the internet for those molecular formulas, and it couldn't find any.

Fortunately, however, protecting the lithium anode and stopping the lithium branches from growing is something special. At least not in the view of the Ark.

Underneath the fully oxidized lithium anode material, a piece of copper foil was observed on the ark.

Of course, copper foil as a base is certainly not the key to stopping lithium branches from crystallizing, the key is an improved layer of PDMS nanopore film covered on the copper foil.

There's nothing special about PDMS material, it's polydimethylsiloxane, some skincare products, shampoo, even. And the nanopore structure in this PDMS film is probably one of the keys to solving lithium-ion transmission and "breathing problems."

As for nanopore films made with PDMS, the ark is presumed to be prepared by spin coating and hydrofluoric acid etching with limited material knowledge. Not to mention the technique of completely restoring that wreckage, limited restoration can still be done.

Under the PDMS film, the ark also observed a specially treated hollow carbon nanosphere.

By the phenomenal reverse inference principle, the ark speculated that it was probably these carbon nanospheres that “flattened” the lithium branches that were still in the mossy growth stage when the lithium ions dissolved the lithium monomer at the anode discharge.

Staring at the screen for about half an hour, the ark touched the scalding motherboard, leaned back against the chair, took a long breath and felt the emotion.

“The task is daunting! ”

With 20,000 computers running so hard, you have to rely on professional computers to process the data.

When the patent issue is resolved, he intends to build a laboratory near Jinling University to study this stuff. Hire a large group of graduate and doctoral students to work for yourself. All you need to do then is assign the topic, and even assign the task, you can hand it over to Ai.

However, it is not too late to wait for things to be done in the future, whether they become “Tinker Cat” or “Iron Man”, there are more important things to do now.

Remove an A4 paper from the drawer, pick up the pen and write down two words on it, and draw two circles - "PDMS film” and “carbon nanosphere”.

These two things, he intends to register the patents separately before registering them as a whole for a patent called "L1 Anode Materials”.

In fact, if he had time, he could even clarify the production process and register a patent for the accompanying industrialized production process to eat this piece of profit clean. Even if you don't produce it, it's perfectly fine to pack it and sell it to someone else at a reasonable price.

However, the Ark did not choose to do so.

First of all, designing the production process is beyond his capabilities. And then, as a scientific researcher, his battlefield was in the lab, not in the mall, not in the factory.

As for how to put technology into industrial production, let the professional engineers design it, eat it up and have to leave a mouthful of food for others. Patent food, of course, the bigger the market, the richer it is, there is no need to embrace the idea of small farmers, in the interests of the margins.

At that time, it would be better to take the patent fee upgrade device and reverse some of the technology from this battery. Research and factory production are neither necessary nor efficient.

Research and product making are two things, but a lot of outsiders are habitually confused. Making what you're good at the strongest is far more efficient than the East Hammer West stick.

However, although it is intended to eat the patent fee, it is not so easy to eat.

In order to solve the problem of hidden dangers, he had to make this thing at least once in the lab.

Otherwise, a lot of things cannot be explained, let alone patent applications and thesis writing need to be supported by experimental data.

Design experiments are a top priority.

Only by solving the problem of the experiment can he happily register the patent and happily distribute the thesis as a force... Oh no, how can a scientist be called a force maker?

It's a contribution to the advancement of science!