Wang Hao was very much looking forward to studying the strong S-wave area. He even wanted to check it out on site himself, but unfortunately, he was dissuaded.

He still sent other people, including Wang Qiang, Zhou Zhiwang, and Huang Xing and Ding Zhiqiang from the theory team.

This time Ding Zhiqiang didn't complain anymore.

Compared with the boring environment of the experimental base, it is obviously much more interesting to study the strong S-wave area on site.

That was a study of a brand-new physical discovery, a direct study of the special properties of strong S waves. Many people wanted to go there and have a look, but it was a pity that they still had to stay in the experimental base.

After entering into formal research, the strong S-wave equipment is turned on once every two days on average, and each time lasts about half an hour.

This is to ensure the smooth operation of the equipment.

The research team also quickly made a series of discoveries. For example, strong S-wave areas will have a direct impact on matter and air, and its manifestation is an obvious thermal reaction.

They found that the greater the density of a substance, the more intense it would be.

This discovery is the most direct.

After conducting several experiments, the team found several auxiliary equipment, including two excavators, specifically responsible for transporting materials through the ultra-S-wave thin layer area, and achieved certain results.

"The material reacts with high heat, but there is no significant loss of mass."

"This high-heat reaction may be caused by the high magnetization effect. Theoretically, strong S waves will peel off the electron layer in the atom."

"The electron layer stripping is equivalent to causing the atoms to undergo an ionization reaction. The high heat may be caused by the mass loss of electrons or other tiny particles."

"Super S waves also affect the air. The process is the same, mainly the peeling off of atomic electron layers."

"When the elemental metal material passes through the super-S wave region, a huge magnetization reaction will occur, which is higher than the conventional strong annihilation force field. Judging from the magnetization intensity, it has exceeded the critical line of upgrading, but the metal elements have not upgraded.

order phenomenon.”

These findings are somewhat disappointing.

However, after the material passes through the super S-wave region, no direct changes occur. It only undergoes a high-heat reaction. What exactly happened can only be inferred.

The research team began to discuss next steps.

at the same time.

Ding Zhiqiang was discussing with the on-site personnel what kind of materials should be allowed to pass through the strong S-wave area in the next experiment.

He discussed with Zhu Jian, the leader of the military team, and asked them to find some moissanite.

Zhu Jian didn't know why he was looking for moissanite, but Ding Zhiqiang was the representative of the theory group, so he told him to find a lot of moissanite.

The moissanite they found was naturally formed, and some were artificial emery, all of which were very common and cheap materials.

After the materials were prepared, it was time for the next experiment.

The experimenters around the field stood high and looked at the dark flat layer formed by the strong S wave, and some directed the mechanical control material to pass through the flat layer.

Soon, most of the experiments were completed.

In the end, only the moissanite, emery, and a large piece of coal-like material left that Ding Zhiqiang had ordered were transported to the front of the flat layer.

No one else paid attention, only Ding Zhiqiang, Huang Xing and others watched carefully.

When the 'coal substance' contacts the flat thin layer, it is obvious that a large amount of smoke is stirred up, which makes it difficult to see clearly at all.

Others simply waited for the experiment to end and began to direct other work.

At this time, someone suddenly shouted, "Look, what is that?"

"Crystal? Transparent?"

"Seems to be……"

"The smoke is too big and I can't see clearly..."

When the shouts appeared, many people immediately looked towards the other end of the strong S-wave area and found something similar to a transparent crystal.

If someone stands in the middle, you can see clearly.

One end of the flat thin layer is a black substance similar to coal mine, and the other end becomes a pile of transparent crystals. The farther away the thin layer is, the more clearly it can be seen.

This scene is very amazing.

Even though there was a lot of smoke blocking the view, it still made people feel very surprised. Many people couldn't help shouting, "It seems that something new has been created!"

"Looks like a clear mineral!"

"Look over there, in the middle, there seems to be a shaped piece... Does it look like an oversized diamond?"

"I saw it, it looks a bit like..."

Everyone became very excited. Even if it was not confirmed yet, they knew that they had made a great discovery, turning coal mines into diamonds...
Chapter completed!