Metropolis: Technology Maniacs

Ye Su shut himself in the laboratory, and even the two sisters brought the food.

After a few days of busy work, I finally succeeded in producing a room temperature superconducting material.

If it were just to make some samples, it would not take Ye Su's long time, after all, it was just a material with not difficult manufacturing conditions.

But Ye Su didn't just make some samples this time, he also sorted out the entire process flow by the way.

There is a big difference between laboratory samples and industrial manufacturing, which is characterized by lower cost and higher output.

The process that Ye Su took out is a very mature technology. As long as a few existing factories are acquired, and some equipment is replaced, it can be mass-produced.

This is a very rare thing. Generally, after a new type of material is discovered, it takes a long time to be mass-produced. It is normal to wait for more than ten years before mass production.

It's entirely because the industrialized manufacturing process is not mature enough, and Ye Su solved this problem well this time, and just start production directly.

The normal temperature superconducting material that Ye Su took out this time was called an organometallic conductor in the previous life, but it does not have its name in this life.

However, Ye Su didn't bother to think about it again this time, so he named it Organometallic Conductor, so that Ci Ye Su was more used to it.

After finishing everything, Ye Su cleaned up and left the laboratory.

Ye Su also wrote a paper by the way this time, writing out the ideas and directions of this experiment, and prepared to use this paper to make good use of this paper for another wave of reputation.

For Ye Su now, money is just a number. The prestige in the hearts of the people and the fancy of the upper-class people are the most important things for him.

And there is no specific production process in the paper, just some analysis and experiments on this material, and it will not reveal your secrets if you publish it.

It is impossible for others to discover from the paper that Ye Su can also use this material to make a fortune for the production of organic metal conductors.

After Ye Su came out of the laboratory, he first sent someone to send this paper to Science.

But this time he did not say hello to the editors, nor did he use his boss's power to get them to publish directly.

There is nothing controversial about the paper this time, and it is completely a scientific discovery.

As long as a discerning person can see the correctness of the paper, it is impossible for anyone to question it.

The paper lists a lot of experimental data and many test results, which are very rigorous at first glance.

Unlike the last paper, it was only a guess. This time there are actual products. Organic metal conductors, materials that can change the world, cannot be made.

Whether the thesis is correct or not, as long as Ye Su takes out the organometallic conductor, there is no need to bother to consider the correctness of the thesis.

Soon the headquarters of "Science" magazine received Ye Su's paper, and those in "Science" magazine were surprised just seeing the title.

Because the topic of Ye Su's thesis is very straightforward, "On a New Type of Normal Temperature Superconducting Material, Properties and Test Data of Organometallic Conductors".

This easy-to-understand name can be seen by people without scientific common sense. This is a paper on a new type of superconducting material at room temperature.

What surprised the editors was not the name of the paper, but the meaning of the name.

This epoch-making result was researched by Ye Su, and they were all shocked to the extreme.

The problem of room-temperature superconducting materials has plagued mankind for many years, but it has never been solved.

I don’t know how much money is wasted on this experiment every year, nor how many outstanding scientists are wasted time.

Now that the problem that has plagued mankind for many years has finally been solved, the editors are very surprised, astonished to the point where they can't believe it.

And by looking at the title, these editors can know that Ye Su already has a finished product of room temperature superconducting materials, not just a fantasy concept.

Only when you have the finished product can you do test experiments and analyze these things.

I directly took out a finished product of normal temperature superconducting material. This is what surprised those editors the most.

And I had never heard of Ye Su's intention to study this aspect before. I didn't expect that after a long time, Ye Su completed this great invention without a word.

That's right, Ye Su's invention this time is enough to be called great.

That's room temperature superconducting material! The perfect material that many people dream of, as long as they have this material, many things that were not daring to be imagined before can be realized.

It can be said that Ye Su's achievement this time is an achievement that can change the world, one that is enough for history to remember his achievement.

The emergence of this new type of material directly drives the development of not many industries, and enables countless machines to have better performance.

To put it simply, Ye Su's invention has directly advanced the level of human science a step forward and can directly continue to develop.

It is not an exaggeration to say that Ye Su had developed decades in advance by himself. This has solved the problem of countless people.

The editor of "Science" magazine opened Ye Su's paper with excitement and looked at the contents nervously.

They all know that this is a discovery that shocked the world, and hope that all of this is true.

Ye Su's paper is very rigorous, the experimental data and content are very true, as if you know it is correct at a glance, you will involuntarily believe it without verification.

After reading Ye Su's paper, the editors jumped up happily. With Ye Su's paper, their journal will surely shock the whole world.

To know the criterion for measuring a magazine is to look at how many high-value theories there are, and one paper by Ye Su can be worth dozens of articles.

Soon the editors of "Science" magazine began to get busy. They wanted to publish this paper earlier so that more people could see Ye Su's results.