For example, carbon has four outer covalent electrons, so it can form four covalent bonds to combine with other elements.

Special silicon carbide is formed by covalent inner-layer electrons. In terms of its molecular composition, it can no longer simply be called a 'molecule', because 'inner-layer electron covalency' will cause new bondable covalent bonds to appear in the outer layer.

Such silicon carbide will have completely new chemical properties.

The above content has subverted the basics of chemistry to a certain extent. The emergence of special silicon carbide also means that a large number of new chemical substances may be discovered or manufactured.

What these chemicals have in common is that they all rely on the covalent structure of inner electrons.

After Tony Marks carefully read the results, he kept mumbling, "It's impossible!"

"impossible!"

"Absolutely impossible..."

Although he said it was impossible, his face showed shock and despair.

When annihilation physics affects the field of chemistry, maybe in the future, like those affected scholars, his research will become ignored or even meaningless?

Max thought about this.

At the same time, more scholars are concerned about the process of silicon carbide manufacturing, and they noticed a word mentioned in the results--

Directional strong S-wave technology!

"What is directional strong S-wave technology?"

"Directional strong S waves seem to have appeared in a certain theoretical physics paper... How did such a technology appear?"

"Directing strong S waves and producing special silicon carbide means that other inner-layer electron covalent compounds can be produced, right?"

"What kind of technology is this!"

…

After the publication of the silicon carbide achievement paper, it had a huge influence on an international scale.

Many media have reported on this.

Conventional research results are difficult to put into public opinion, but the silicon carbide results paper mentioned "directional strong S-wave technology", and public opinion is discussing related technologies.

After seeing the news, many scholars immediately found the source of the "directional strong S wave", which was the "Annihilation Physics - Black Hole Theory" published by Wang Hao's team.

When this theory was published, it was considered pure theoretical physics. Only relevant theoretical physicists would be interested in pure theoretical physics. Of course, those doing annihilation physics research would also read the paper, but they only considered it theoretical.

Expand content.

That's like the 'brane theory' of string theory. It feels very shocking, but it will never be proven.

The same goes for "Annihilation Physics-Black Hole Theory".

Although humans have observed black holes, studying the physical properties inside black holes is obviously not something that can be accomplished in a short time.

Now that I see the "directional super S-wave technology", I feel very incredible.

"It turns out that the black hole theory is not an inference, but that they have mastered the directional super-S wave technology!"

"They only released the theory after they mastered the technology..."

"In other words, the black hole theory is not a theory, but it was released because they mastered the technology to create black holes."

"This is too scary!"

"The Antigravity Center, or Wang Hao's team, has mastered the technology to create black holes?"
Chapter completed!