"Xue Jianping's level is still higher!"

Teacher Xu approved the project with emotion, then checked the time and prepared to attend the high-level meeting.

In the afternoon, Teacher Xu met Teacher Zhao and mentioned the project Wang Haoxin had applied for, "It's a big project. It studies tens or hundreds of times the gravitational field. It's awesome!"

"When we have this technology, we..."

Teacher Xu couldn't figure out how to apply it, so he simply got stuck on what he was saying and touched the corners of his mouth in embarrassment.

Teacher Zhao wondered, "Creating such a high-magnification gravitational field? Wouldn't that cause gravitational collapse? I still know something about this."

He said, "For example, some stars will collapse because the gravity at the center is too great."

"If we create a very strong gravitational force, will there be any surprises?"

Teacher Xu suddenly felt worried.

They simply consulted a physics expert and learned about the effects of high-magnification gravity technology. They heard a lot of professional opinions, and the last thing that stayed in their minds was...

Could ultra-high-magnification gravity create a black hole?

"Academician Wang Hao is not studying the technology to create black holes, is he?"

"Is he planning to use this technology as a weapon? This is too scary. The earth may be swallowed by then."

"Should we stop him?"

"Has that project been approved? It can't be passed... It has been approved? Do you want to go and have a look together? This is really too dangerous."

"Don't you understand it wrong?"

"Impossible!" Teacher Xu said seriously, "Can what the old academician Xue Jianping said be false? Strong S waves are the technology to create super-strong gravitational fields. Super-strong gravitational fields, even if they do not mean the creation of black holes, are still very dangerous.

"

Teacher Zhao also became serious.

The two discussed it carefully and decided to take time to go and have a look together, otherwise they would always feel uneasy.

The technology used to create black holes is terrifying!

…

Wang Hao didn't know that his research had been misunderstood by Xue Jianping, Teacher Xu and Teacher Zhao.

Strong S-waves are not strong gravitational fields, they just create high-intensity S-waves.

Theoretically speaking, strong S waves will be repelled by the conventional environment and will not affect the conventional environment at all.

At the Annihilation Force Field Experiment Base, all research teams are in place.

This is the first time for some people to come to the annihilation force field experiment base. For example, Qian Hongyu, who has participated in the research of antigravity and is now responsible for the research of gravitational field technology, but has not participated in the strong annihilation force field experiment, is here for the first time.

The experimental base was also curious and visited various places in the base.

After everyone gathered together, Wang Hao held a research meeting. Their goal was to study the 'strong S-wave', and they clearly pointed out two directions.

"One is based on gravitational field technology, testing the creation of directional S waves in a strong annihilation force field."

"When in a strong annihilation field environment, special S waves may be created using beta materials that are not affected by magnetization..."

"The second is to study methods to directly create directional strong S waves."

Creating directional strong S-waves is the same as gravitational field technology. Putting aside the anti-gravity long (annihilation force field) technology, directional strong S-waves are directly created.

This method is very difficult.

They were able to master gravitational field technology because they discovered a special gravitational field in the process of studying the anti-gravity properties of materials.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! Now directly creating strong S waves is equivalent to developing technology from scratch, and even the specific performance after manufacturing is not known, like

It was a discussion between Wang Hao and Paul Phil-Jones. What would happen if a strong S wave was created?

Will strong S waves manifest themselves after being squeezed and restricted by the conventional environment, or will they appear at super long distances as soon as they appear, in completely unknown other areas, or even in the universe?

This is all uncertain.

Therefore, more people are still optimistic about using gravitational field technology as a basis to try to create strong S-wave directions in strong annihilation fields.

"If a strong S wave appears in a strong annihilation force field, it is likely to greatly increase the area of ​​the strong annihilation force field. We can also observe the force effects on matter in the strong annihilation force field."

"If it can be produced, it can be directly detected."

"Before the research officially begins, we still need to do another experiment to see whether the gravitational field can penetrate the strong annihilation force field."

Wang Hao explained the experimental work.

Experiments at the Antigravity Center have found that the gravitational field can penetrate the antigravity field, so can the gravitational field penetrate the strong annihilation force field?

No one has a definite answer.

But the experiment is still very simple, very similar to the previous experiment, except that the object is replaced by a strong annihilation force field.

Whether the experiment uses a four-fold weakening of the strong annihilation force field, or turns the gravitational field equipment ninety degrees, the two field forces will overlap to a certain extent, and then the equipment can be turned on.

Soon, the results were available.

At the experimental meeting, Yan Jing reported, “No squeezing of the field force was detected, and the strong annihilation force field does not seem to be affected by the gravitational field.”

"No field force penetration was detected."

"At the same time, in the overlapping field force area, the gravitational field did not play any role, no force was detected, and the strong annihilation force field did not affect the magnetization properties of the material."
Chapter completed!