My black technology will move by itself

Chapter 106 Modified Penetrating Membrane!The Rise of Professor Stoffen
In comparison, Tesla's tonality is pretty good.

The other so-called world's top car companies are all thinking of empty-handed white wolves.

Can it be effective without spending tens of billions of dollars first?

After Santiago left, Lin Yun rejected several other business representatives one after another.

"It seems that I have to arrange a company branch here, or find a firm to help with these trivial matters."

Stretching, Lin Yun said to the girls who came over.

"In this regard, I am happy to help you."

Cecil puffed out her chest proudly. Apart from her professional relationship, she was a serious Harvard Business School Ph.D. in management.

"Oh, I know."

After ordering some pizza and burgers, Lin Yun settled down for dinner on the spot.

And as for why a coffee shop with a good style looks like a fast food restaurant?That should be an old beauty feature!
Lin Yun thought about it, and then received a message from Professor Stofen.

"The experiment has changed, hurry up!"

……

Speaking of which, among the many companies that came to Lin Yun, the first contact target was actually Professor Stofen, but the old guy was shameless, so he left the profits to Lin Yun to arrange.

In this way, he followed behind to pick up garbage, and he could eat a lot of food.

What's more, the more Professor Stofen thought about it, the more he felt that the experiment in his hands could make some breakthroughs under the guidance of theory.

Isn't this thin film derived in a vacuum chamber beyond his surprise?
Stoffen Materials Research Laboratory, Cornell University.

The name is rather simple and crude.

Compared with Bell Labs and others, it is ten Stoffen, or more than half of Bell's "tiny" distance.

However, the equipment and instruments inside are still very complete.

A million-dollar SEM scanning electron microscope, together with some graphene materials, common CVD vacuum furnace vacuum chambers, etc., can be packaged together for two to thirty million dollars without any problem.

Wearing a spacesuit, Professor Stofen sat on the front line, looking at the beautiful scenery in front of him in shock.

The modified penetrating film based on graphene was born in this way.

Professor Stofen feels that this fortune can be maintained, so it may be logical for him to be elected as the next head of government.

"I succeeded."

Without looking back, Professor Stofen's lips trembled.

"Not doing some tests first?"

Anyway, Lin Yun didn't see anything.

"I've been engaged in scientific research for so many years, what works and what doesn't, I still can't see it!"

Professor Stofen's eyes were still full of mist, as if he was staring at a peerless beauty.

This film can effectively penetrate oxygen!
Lithium-air batteries may be born.

Organized the language awkwardly, Professor Stofen seems to have returned to the state of publishing the first paper in high school, excited and unable to hold himself.

"Well, am I inconvenient?"

Looking at Cecil, who was joining in the fun, Lin Yun didn't want to be honest.

To avoid mediocre research results, and then being arrested for plagiarism.

"Ma'am, if you have any questions, please contact the president of Cornell University, and he will take the initiative to find you,"

He cowered in front of Lin Yun, but in front of others, Professor Stofen was still the world's top scholar in materials science.

This independently developed patent will bring unimaginable profits to Professor Stofen and Cornell University.

Unlike Lin Yun, Professor Stofen does not engage in patent licensing, but will contact outstanding alumni to usurp all profits from front to back.

"Don't worry, I was also an exchange student at Cornell University."

Cecil was pulled aside by the deputy director of Stoffen's laboratory to communicate.

"How about Lin Yun, look at this thin film structure, is there any room for improvement?"

In good spirits, Professor Stofen had the result of making a decision with Lin Yun, and his words became stiff. At the same time, he also felt that the graphene model might really quickly become a reality.

Lin Yun didn't speak, and looked through the experimental preparation records and conditions.

"Modified materials are also a good direction!"

Nodding his head, Lin Yun combined his knowledge of graphene to confirm the practicability of this graphene-modified penetrating film, but whether the performance can meet the standards of relevant companies still needs to go through some rigorous tests.

But one thing is certain, there is no conflict between Stofen's modified film and Lin Yun's new configuration of graphene electrode material.

"It's a waste to make a theoretical model. You might as well combine chemistry or physics to see what important propositions you can solve."

Now Lin Yun is not a rookie, so he suggested a simple path to Stofen.

"What's the point of solving the conjectures of the predecessors? I, Stoffen, want to hang my name on the milestone of establishing a sect."

Professor Stofen is indeed floating now.

After chatting for a while, Stoffen arranged for his master's and doctoral students, as well as other researchers, to sign a non-disclosure agreement and let them complete the next tedious test.

"Do I need to go through a process?"

Looking at the laboratory behind him, surrounded by Principal Cornell, Lin Yun felt a little worried.

Don't really hit your foot.

"Why is this necessary? The future of modifying the penetrating membrane is still theoretical, and you are not present in the patent. It only involves cutting-edge research. I, Stoffen, still have a little foundation in Cornell."

Professor Stofen pulled Lin Yun to start a paper on the new results, talking all night long!
"A graphene-modified oxygen-permeable film for high-performance lithium-air batteries"

Worthy of being a bigwig in materials science, Professor Stofen came up with such a magnificent title without getting the complete data.

Directly turn the lithium-air battery that only exists in the concept, or is just extremely inefficient in the laboratory, into reality.

I don't know, I thought the lithium-air battery was ready to go.

If the assumption is true, then the next step is to see that the Tesla, which has a battery life of thousands of kilometers and is environmentally friendly, low-carbon and pollution-free, is driving in the wilderness.

"In order to thank you for your help, I want to make a list with you."

After five o'clock in the morning, Professor Stofen woke Lin Yun up, wanting to share some benefits.

"Let me see……"

In fact, Lin Yun didn't do anything, he just made some suggestions on the way of thinking, not that kind of key core, in the end it was Stofen himself who accumulated a lot.

What's more, this kind of three-way article... If there is no big cow's name on the first work, it will have been thrown into the trash can by the editor of the journal long ago.

What the hell is the experimental data to be perfected.

"No, no, no, you don't give me any money for the patent, and I already earn a lot of money with a battery electrode material."

It's not that Lin Yun despises Cornell University's cash-out system.

Just judging from the newly established state-owned enterprises in China, that is the real one-stop, from battery electrode reversal to various batteries, this is the key to making big money.

Then Stoffen and Cornell collided with the state-owned enterprise.

Lin Yun is not optimistic, and at most will spend a few hundred million to obtain the patent authorization of this film.

(End of this chapter)