If the lithium-sulfur battery is the nuclear fission in the field of lithium battery, then the lithium-air battery is the same as the nuclear fusion in the field of lithium battery. The idea of obtaining oxides from the outside air basically represents the upper limit of the energy density of all batteries with lithium metal as the anode material.

Compared with traditional lithium-ion batteries, lithium-sulfur batteries have an order of magnitude higher energy density. Compared with lithium-sulfur batteries, lithium-air batteries are also an order of magnitude higher in energy density, and both volume energy density and mass energy density are the same.

The only drawback is that it is not suitable for mobile phones or satellites.

After all, the high energy density of lithium-air batteries is largely due to the fact that their oxides are not integrated inside the battery, but are located outside the battery and need to "breathe".

Mobile phones are often carried in pockets, and satellites are far from the atmosphere, and it is difficult for these devices to take advantage of lithium-air batteries. However, for new energy vehicles, or some small fixed-wing UAVs, there is simply no more suitable energy supply equipment than this thing.

It is precisely for this reason that compared with lithium-sulfur batteries, lithium-air batteries have more stringent technical requirements.

Not only is the lithium dendrite problem faced by all lithium anode batteries, but also the lithium-air battery has extremely demanding requirements for materials on this basis. After all, lithium itself is a super reactive metal. When exposed to the atmosphere, it has to react only with atmospheric oxygen, which is self-evidently difficult.

Not to mention a complex set of side effects.

The key to solving this problem is to find a film that can filter out water vapor, carbon dioxide and other gases in the air, and accurately and quickly screen oxygen molecules.

In fact, this technology exists on Wreck One.

The only pity is that the damage to Wreckage 1 is large, and this film is located on the surface of Wreckage 1, even if the data on the wreckage is collected with a scanner, it is still difficult to restore this technology.

But fortunately, with his accomplishments in the field of computational materials and some understanding of carbon-based materials, Lu Zhou can lock in a few technical routes that seem to be more likely and hand them over to the people of the Institute of Computational Materials to study.

As an academic leader, he does not need to be hands-on in every project, but only needs to plan the research direction and a reliable technical route.

If this technology succeeds, it will change more than just the battery sector.

From industrial production to life and medical care, many fields can benefit from this......

The new energy vehicle summit held in Jinling City was held for two days, during which Lu Zhou received a lot of business cards at the meeting, although he rarely had contact with people in the capital circles, but the people in the domestic capital circles were unexpectedly interested in him.

Whether it is for the sake of the Lingyun Medal, or for the sake of coveting the advantages of Star Technology in the field of technology research and development, many people have taken the initiative to exchange business cards with him.

For those who were interested in him, no matter what their purpose was, Lu Zhou also responded in the spirit of etiquette.

Although he can't use these connections for the time being, who can say what will happen in the future?

After all, not all projects are suitable for state funding.

About a week passed the summit, and the time entered the second half of October.

In this crisp autumn season, suitable for sitting in the office and studying math problems, Lu Zhou unexpectedly received an email from Switzerland.

The mailbox belonged to old man Edward Witten.

In addition to his concerns and greetings, the email also highlights the recent progress of CERN's research.

Especially the part about "M particles".

【…… As for the "M particle" you predicted in your paper, the relevant exploration project is already scheduled for this month's experiment plan, and the results will be available by the end of the month. We've had a lot of meetings for this experiment, and we're all looking forward to discovering something interesting about it. 】

[Finally, I wish you good health and happy work, if there is any new news, I will tell you as soon as possible...... Although I feel that CERN is holding a report meeting faster than I can write letters. 】

[Also, have you ever seen a kind of tofu that looks like cheese? I'm not sure if it's a Jinling specialty, but it's delicious in a bacon sandwich, and I recommend you try it too. Unfortunately, I couldn't find the same flavor in the supermarket for a long time...... Can you send some for me if it's convenient? I'll call the money. ：P】

Seeing the ":P" at the end of the email, Lu Zhou, who was drinking coffee, almost didn't choke on coffee.

What the hell is tofu that looks like cheese?

Probably tofu milk?

After thinking for a while, Lu Zhou tapped on the keyboard and replied to an email.

【…… I probably know what you want. 】

After clicking send, Lu Zhou closed the webpage and was about to open the paper he had just written, when his student Wu Shuimu happened to come over.

"Professor, are you going to eat in the cafeteria?"

"No, I still have some documents to read...... By the way, if you don't bother, bring me a bacon sandwich back. ”

"A bacon sandwich? Yes. Wu Shuimu nodded and agreed.

Lu Zhou continued: "By the way, bring me another bottle of tofu. ”

Wu Shuimu: "......? ”

In short, the professor's instructions must be taken to heart.

After a detour to the supermarket, Wu Shuimu, who had finished lunch, carried a plastic bag and returned to the office.

"Sandwich I brought you ...... And the tofu you want. ”

"Thank you."

Transferring the money to Wu's Alipay, Lu Zhou hesitantly followed Witten's recommended way to eat, smeared a little tofu on the bacon sandwich, and then opened his mouth to take a big bite.

Feeling the smell of the sea spreading on the tip of his tongue, Lu Zhou, who was sitting in the office chair, was silent for a while, silently covered the can of tofu and threw it aside.

MMP！

Aside from the salty dead, what's so delicious about this thing???

……

Time passed day by day, and soon it was the end of October.

Just when Lu Zhou was preparing for the upcoming bidding conference for the moon landing project, and was about to forget the email from Mr. Witten, a strong news suddenly came from CERN.

In the latest round of collision experiments, CERN tested the M particle predicted by Lu Zhou in the Unified Theory of Strong Electricity, and quite amazingly observed signs of the particle's existence from both the ATLAS and CMS detectors at the same time!

Although it is only a "sign", the confidence level has just reached 2.5 sigma and 2.7 sigma, and there is still a long way to go before the "discovery", but even so, it is still quite exciting!

If this sign is confirmed, the physics community will have a piece of the puzzle outside of the Standard Model, the so-called "new physics". And for the problem of mass gaps, people can finally come up with a clear theory to explain why it exists!

Moreover, this discovery will also become a major discovery after the Higgs particle, and will be included in the top ten greatest physics discoveries of this century!

Even though this century has only just begun......

After this news was announced, it immediately attracted great attention from the international physics community.

Brookhaven National Laboratory in the United States quickly followed the hot spot and announced that it was preparing to repeat the experiment to test the results announced by CERN. Other high-energy physics laboratories in the world have also followed suit and began to prepare for the arrival of this particle.

At the same time, it is not only the major high-energy physics institutes that are caught in the carnival, but the entire theoretical physics community is in a grand "carnival" because of this particle that connects strong interactions with electromagnetic interactions.

Arxiv has seen a record number of papers on the particle, and many PhDs are taking advantage of the time lag between CERN and CERN to write a dissertation.

In anticipation of all these physicists, the repeat experiment at Brookhaven National Laboratory was finally ready, and the second experiment at CERN went ahead as scheduled.

At this moment, Huaguo has not had any impact because of this news, and the positron collider in Shangjing City has not been able to repeat the physical experiment in the high-energy region for the time being.

However, although the domestic physics community is a little calm, the aerospace field is turbulent.

On the first Friday of November, in Kazakhstan, far north of China, a bidding meeting for a manned landing on the moon was held as scheduled......

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