Black technology starts from the steel suit

Chapter 178 Chapter 178
The past few days are an unusual day. When it comes to energy issues, any trouble is a big deal, no matter how important this kind of deal is, it cannot be overestimated.

Similarly, since the eastern powers attach great importance to this matter, the western countries naturally attach great importance to this matter, so when they saw this paper, everyone was shocked!

Just when everyone was still conducting experiments and tests under various extreme conditions, and when everyone was still advancing in units of 0.1 under normal conditions, you actually broke through the 10 mark quietly and secretly, And it's still on the level of 600k...

While I am showing my results to you here, scholars across the ocean are repeatedly studying his thesis, sighing at the incredible, while carrying out repeated experiments at their own expense.

Yes, although everyone usually seems to be extremely stingy with the students they bring, but in today's matter, everyone is still very consistent: In order to satisfy my curiosity, what's wrong with using some materials and timing?
So everyone was very unanimous, and generously acted as a self-funded reviewer. Everyone was very curious whether this thing was true.Although the real reviewers are not them, but a boss from Wang Feng's alma mater.

MIT, a materials science laboratory.

Professor Dilloch, sitting at his desk, is sipping coffee leisurely while browsing the new articles on Arxiv. I have to say that after reading too many serious papers, it is also very helpful to occasionally find inspiration on them. nice thing.

As a leader in the field of nanochemistry, this boss has been very powerful recently. Generally, academic editors will think of this honest and honest boss when it involves spending money for verification and then reviewing manuscripts.

Because in the past, the journal "ACS-Nano" published his research paper on PbS quantum dot thin-film solar cells, which attracted widespread attention from high-tech companies in Silicon Valley.

This kind of attention will naturally not be a dry honor reward. In the western world, there is no better reward than the green Franklin!
Many people commented that the distance between him and the Nobel Prize is only one short of the commercialization of quantum dot technology.When quantum dot technology becomes popular and changes the world, the Nobel Prize will not be far away.

This day may be ten years later, maybe 20 years later, it will not be too far away.The industry has slowly begun to embrace these technologies, which are expected to first be used in displays and ultimately change the face of the semiconductor industry in the future.

But no matter how far away from real commercialization, he already owns four companies with this technology.Other professors may worry about research funding, but he has become a real boss and is doing experiments out of his own pocket.

Yes, when others still need to worry about money, this boss has already embarked on the path of an industry-research alliance like Wang Feng, and maybe this one will become a bell ringer in the future. know?
There are many people who are tired of their traditional careers here and plan to cross-border and do higher things, just like the computer genius Gatsbill does not plan to hang out on Wall Street, but starts to study nuclear power technology.

At this moment, he suddenly received an email from "Nature" in his mailbox.

"Thermoelectric material?"

Looking at the email on the screen, Professor Dilock raised his eyebrows with a hint of interest.

Touching his chin, he turned around and shouted to his assistant, "Lafitte, bring me a sandwich and bring me a cup of coffee by the way."

"Okay, Professor."

The Latin American woman in a white coat got up and went outside, and soon a sandwich with bacon was delivered, but seeing that the boss was not interested, she silently put down the coffee, then turned and left.

When the boss is more interested in her, when the boss is more interested in those strange symbols, when the boss is more interested in money, a beautiful assistant must grasp these things, otherwise there are so many young and beautiful assistants here, Why can she make her C debut?
Professor Dilloch, who was sitting in front of the computer, continued to read the text on the email while enjoying his breakfast.

To be honest, some people claim that the conversion rate of thermoelectric materials has been increased to more than 20%. He does not believe this mentally handicapped problem.

Although he is not doing research in this area, someone in his team has studied this area, and he has heard of it under the influence.

Yes, this boss has now begun to adapt to the identity of the boss more and more. Whether it is his own research direction or not, he will invest a little money appropriately, and then see what kind of fruit it will bear.

What is the concept of being able to increase the thermoelectric conversion rate to more than 20%, which means that most of the energy supply equipment used by current spacecraft can be replaced by nuclear batteries, or isotope batteries are more suitable.

At present, the thermoelectric conversion rate of the most advanced isotope battery is only 6.3%, and in order to achieve this goal, NASA burned it on it and did not know how much money it cost.

In the end, in order to produce a finished product, they spent 7000 million US dollars, which is an astronomical figure!
Going back to this paper, if this paper was written by someone else, Professor Dilloch might have glanced at it and thrown it aside, but the problem is that the contributor to this paper is very interesting. He is an undergraduate student of his school. However, he refused the invitation of his tutor and chose to go back to that "backward" place to study for a graduate student. It was a waste of his talent.

However, this little sapling who returned to his hometown has indeed made great achievements in the field of electrochemistry. Has the academic environment here deteriorated to this extent?

"Change the structure of lead telluride through topology to make it exhibit extraordinary thermoelectric conversion rate... This is not a new idea, but the performance on the SEM electron microscope is surprising, and it is not like P came out."

"And the most important thing is that it involves the part of electrochemical calculation, that is, computational materials science. Computational materials science still has this ability? Unheard of."

When will computational materials science be the main force to carry the audience? This is really an exciting point of view. Maybe I should recharge my batteries?In other words, the day of going to Nask to ring the bell by yourself may be postponed again?
It's a pity that there are few companies on the high-tech board that can bring you high profits and returns. What a pity!

Eyes back to the image, according to the image of the material during the conversion, the electrons and holes in those gaps did not move in one direction together as before, but most of them moved in an orderly manner in different directions.

interesting!

(End of this chapter)