Speaking of this, the PPT made by Liu Feng was also projected on the big screen on the rostrum.

On the PPT, in addition to refining several of his papers, Liu Feng also added many 'failed' experimental data sets and more successful examples.

Especially for the successful examples of superconducting materials, there are no less than a dozen sets of data listed on the PPT.

Seeing this, many scholars in the audience breathed a sigh of relief, especially a few scholars who were very eager for these calculation programs to be put into practical applications, but still had considerable doubts about the calculation programs.

After all, there are basically only one or two types of data listed in the paper for each major category of materials, and there is a little more data on superconducting materials, but in fact, there are no more than five types.

Although the prospect of these procedures seems very enticing, and there is no doubt that computational materials science is also a very broad research direction, and the academic community generally believes that this path is feasible, and they have been exploring this path, but for decades, no one has been able to produce satisfactory results, and there are indeed too few successful samples to support Professor Liu's computational procedures, so this has to worry whether these programs are just ' Partial's aura, once converted to other types of materials, is not very useful.

Now, though, it seems likely that their fears were unfounded.

Liu Feng's successful samples are many and very convincing.

Take, for example, reverse osmosis materials and superconducting materials.

In an ordinary laboratory, if you want to study a superconducting material, not to mention ten or eight years, but at least one and a half years, it is necessary, but how long has Liu Feng's research in this area been studied?

Even from the time he was a freshman, it was only a little more than two years.

In a little more than two years, look at these gratifying results, more than 200 kinds of reverse osmosis super materials, dozens of superconducting materials, this is the answer that Liu Feng handed over, and this is not counting the time that Liu Feng wasted to study high-energy physics and the Great Unified Theory!

Yes, many scholars present have even blamed the water treatment reverse osmosis materials that Liu Feng had previously researched on these calculation programs he discovered.

Especially Lian Xuewen and Zheng Xuemin, they are very sure about this.

Why was Liu Feng able to achieve such great achievements, and why did he produce dozens or hundreds of materials in a few months as if he didn't need money? It turned out that it was all because he discovered these calculation programs!

They lost so badly!

It's just that, I have to say, this guy is really hidden deep enough, if he hadn't won the Dynamite Chemistry Award, I'm afraid he wouldn't have released these 'precious' things, right?

Thinking of this, the two were 'indignant' at the same time, but they were also relieved.

Some time ago, they were engaged in reverse osmosis materials, but they were 'ridiculed' by other peers, whether it was the manpower and material resources invested, they were hundreds of times that of Liu Feng, but the final result was that the results of so many people together were not as good as Liu Feng alone, and they were not ashamed?

Well, now the truth is revealed.

It's not that the comrades don't work hard, but they have Gundam!

The importance of these calculations is, without a doubt, more disruptive than Gundam!

It's just that now that they can also use these calculation programs, the history of Liu Feng beating 'one country' by himself is finally coming to an end!

Tears.

In the venue, many people also showed relieved expressions.

Now that I think about it, if Liu Feng's original investment was not in the direction of reverse osmosis materials, but in the research of materials in other fields, would the experience of these people be the same as those of Lian Xuewen?

It's chilling to think about.

Thankfully, fortunately!

Regarding what happened to Lian Xuewen and others, they cast their eyes of pity one after another......

On the rostrum, Liu Feng didn't know what these people were thinking, and if he knew, he would probably laugh out loud.

Yes, it is true that for the field of materials science, these computational programs can save them a lot of time and money, but it is not so simple to really study the kind of material they want.

As far as he is concerned, with these calculation programs, he has not been able to develop the room temperature superconducting materials he wants!

Moreover, this is the result of his ability to open up and constantly simulate experiments in his head.

These calculation programs are like eliminating thousands of wrong paths in a labyrinth, leaving hundreds of paths that are likely to be correct, and their efficacy is only to guide the initial general direction of material research, and the specific path to success still depends on the intuition of 'genius' and continuous efforts.

I have to say that these people are indeed a little 'inflated'.

“…… This set of experimental data is that when I was studying a new superconducting compound composed of gold and silicon, under the conditions of high temperature and high pressure of 1,500 degrees and 60,000 atmospheres, the chemical reaction of gold, silicon and strontium disilicide was carried out to form a new superconductor "SrAuSi3", and finally achieved a superconducting state at an absolute temperature of 1.6 K. ”

"After prior theoretical calculations and analysis, the electronic structure of the new superconductor is a compound with BaNiSn3 structure compared with the gold element with a larger atomic number, the increase in electron number, and the stronger electron magnetism and spin-orbit coupling. The final experimental results proved that my calculation of it was completely correct. ”

As he spoke, Liu Feng picked up a marker from the rostrum, drew a simple molecular model on the whiteboard beside him, and marked the number of electrons, electron magnetism, and spin-orbit coupling data next to it.

At this point, the calculation results and the experimental results clearly corroborate each other, and they are very simple and intuitive.

However, just when everyone relaxed their vigilance about this, Liu Feng stopped the marker in his hand, and after thinking for a moment, he continued.

"While researching these products, I also found something very interesting......

Soon, he wrote down the first line of the equation.

And then

It's out of control......

Sitting in the middle of the conference hall, Gao Xiuping looked left and right with some nervousness.

Before becoming the apprentice of Academician Cui Kun, he was a master's student in polymer materials chemistry, and his understanding of materials science, not to mention that if he could get through, it was also a small achievement, not to mention that he had already obtained Academician Cui's 'true biography', and he had taken over the materials research projects, not ten, but there were 3 or 4, even if he was more engaged in auxiliary research work, but Liu Feng's thesis could still be understood.

However, now, the things on the whiteboard gave him the illusion that he had read all the books in vain for decades.

Taking a deep breath, Gao Xiuping looked at the little friend sitting next to him, and asked in a low voice.

"Didn't the teacher say that this academic report would be very simple, how do I feel that I have been admitted to a fake research institute?"

Zou Jimeng's expression was also a little subtle, and he hesitated for a long time before he reluctantly spoke.

"Probably, that's why the teacher wants us to come and have a long experience......

But obviously.

People who can't read the things on the whiteboard are not the only academicians and 'masters'......