Genius of the Rules-Style System

Chapter 1224: Chapter 591 A Very Dangerous Experiment_3

Then, it was time for equipment parameter calibration.

Calibration of equipment parameters was also very important; internal components like high-energy light beams, electrical devices, and detection equipment all had to ensure precision each day to avoid significant discrepancies in the final results.

This task took two days.

Once the preparations for the experiment were mostly complete, the experiment team submitted a report to their superiors and began planning the specific timing of the experiment.

Upon receiving the news, the superiors sent a team directly.

It included senior leaders, representatives from the Aviation Group, as well as many physics experts and most of the theoretical group, all of whom came to the site to observe the experiment.

After arriving on the first day, it was a tour; Zhao Yi introduced the preparatory work for the experiment to everyone, and the experiment was scheduled for the following morning.

The operation of the Z-wave Generator was not like a space shield which absorbs light; in fact, during the whole process, you could only see the results of the experiment. It was better to carry out the experiment during the day because the results would be clear at a glance. frёewebnoѵel.ƈo๓

That very morning, a large crowd stood inside the Experiment Center.

The Experiment Center was built over five kilometers away and was also located in the opposite direction from the Z-wave’s impact zone, which was relatively safe.

Of course.

If the experiment was uncertain, accidents were still very likely to happen, but as long as it was a scientific experiment, there would definitely be risks involved.

This was unavoidable.

Zhao Yi knew there was no danger, because before the start of the experiment, he had used "Law of Cause and Effect" to calculate. The "Causality Law" was very useful for predicting dangers; at the very least, it could confirm that there was no danger at the Experiment Center.

Other areas were less certain.

This was a high-energy Z-wave impact; the effect on the matter within the coverage area was substantial, and the matter would generate a strong magnetic field, which was sure to have some effect on the surrounding area.

Therefore, Zhao Yi reminded all personnel not to approach the areas around the Z-wave coverage zone after the experiment, and the personnel controlling the Z-wave Generator should move away immediately after completing their operations.

A large-scale Z-wave experiment was not like an anti-gravity experiment or a typical space shield or Z-wave experiment; it genuinely could be dangerous.

An hour before the experiment started, there was still testing of the internal equipment.

Zhao Yi then began to introduce to everyone what would happen during the experiment, "In the coverage area, we have placed dozens of types of alloy materials, the largest being about ten tons, which is an alloy plate one centimeter thick; the smallest are rare metal products, as well as titanium alloys used in satellites and special ceramic insulating materials."

"Theoretically, within the Z-wave coverage area, there will be a space compression effect, and these materials will be directly compressed."

"The Z-wave released in this experiment will cover an area from fifty to one hundred meters. Since such an experiment has never been conducted, I can only roughly calculate that the space compression rate should be between twenty and one hundred thirty times. It definitely won’t be less than ten times, nor greater than one hundred fifty times. The reason for the lack of precise numbers is due to the Earth’s magnetic field and the impact of air density, the latter of which is very hard to ascertain."

"At the same time, we have placed some small animals in the area, including snakes, insects, birds, etc., and outside the area as well, with the largest being a robust bull. We need to know the effect that space compression shock has on animals. Additionally, the greatest uncertainty is still the impact of the strong magnetic fields. The matter that is compressed by space, especially metal products, will surely generate a strong magnetic field. The intensity and scope of this magnetic field are uncertain."

"After the experiment, we will also need to use magnetic field strength detection equipment to ensure safety before slowly approaching the covered area."

"..."

Through Zhao Yi’s introduction, everyone else also understood the risks of the experiment and, at the same time, became even more anticipative of the results.