Genius of the Rules-Style System

Chapter 1366: Chapter 652 Zhao Yi: "On Space and Cosmology

In the study of whether "space compression affects energy beams," all that could be done for the time being was in-depth speculation.

Even when researching the impact of space compression on particle beams, a series of experimental designs and preparations are required, along with the waiting for various high-precision instruments. What conclusions can be drawn and how deeply the research can go are uncertain. The difficulty of studying energy beams is not on the same level as particle beams, because the effects of space compression on energy beams are extremely small—so small that normal experiments cannot detect them. In addition, controlling energy beams in a small scope is almost impossible.

The underlying logic of anti-gravity technology is to design light beams to keep rotating, but in reality, it’s not true rotation. Instead, it’s the continuous process of light beams being annihilated and reborn, essentially forcing the light beam’s path to rotate through physical intervention.

In short, researching energy beams experimentally is, for the moment, impossible.

"Perhaps it cannot be done through experimentation at all, rather, it requires close observation of black holes."

In Zhao Yi’s theoretical research, he believed that black holes are a collective of highly compressed particles, constantly releasing Z-waves.

If light beams are affected by space compression, it would surely manifest near black holes.

Such observations could, at the moment, only be imagined.

Currently, experimental preparations are still more practical when they focus on particle beams with mass.

This research is also very important.

The study of Z-wave detection technology directly affects the safety of space shuttles, and thus directly determines the distance space shuttles can travel.

Safety is more important than distance.

Technology advances step by step gradually, it’s not possible to reach the core all at once.

Zhao Yi hoped that the detection of the properties of particle beams could first achieve a degree that determines a space compression ratio of "ten to the eighth power," which would ensure that space shuttles could travel distances well beyond dozens of astronomical units, that is, from Earth to the Kuiper Belt in one trip.

While this travel distance is not extremely fast, it’s sufficient to support spacecraft slowly exiting the solar system.

——

The study of Z-wave detection technology is still under preparation.

The three-story laboratory located next to the university has been labeled "High-Precision Laboratory," and what exactly "detection" entails is unknown even to the leaders of Zhengyang University, but that doesn’t hinder their delight about the lab’s establishment.

Having new research conducted within the university brings many benefits to the institution.

For starters, many top professors and experts came to work in the laboratory, some of whom the university normally wouldn’t have access to.

Furthermore, the university was very excited to see one piece of precision equipment after another being moved into the laboratory.

Research is only an aspect of anticipation, and perhaps an unimportant one at that.

The most important thing is the laboratory.

Indeed, few at Zhengyang University knew exactly what research was being done, and the project, initiated by Zhao Yi, was just affiliated with the university, so it was difficult to say what expectations there were for the research.

However, the laboratory was tangible. Once the project was established, the laboratory was quickly built. And what about after the project was completed?

The laboratory would surely remain.

Even if some of the ultra-high precision equipment was removed later on, the lab’s framework would allow it to be re-established.

The university thus gained an ultra-premium laboratory, and having such a facility would enable many more professional studies to continue.

This, not to mention the awards the research might win, was enough to maintain a key discipline.

In the future, the Mechanical Engineering Department could also boast a key discipline, and the university’s development was certain to improve.

This was a very real benefit!

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Zhao Yi didn’t care about the benefits Zhengyang University might gain from the research or laboratory; even if he knew, he would still think it was great.

After all, Zhengyang University was the university of his hometown, and he hoped his hometown could develop even better.

While working in the new lab, Zhao Yi still had many matters to attend to, with the progress of the Energy-Gathering Satellite being the most important.

The second Energy-Gathering Satellite successfully entered its designated orbit and began its normal operation, continuously transmitting solar energy outward.

This was a significant event. ƒгeewebnovёl.com

Zhao Yi also paid attention to the other Energy-Gathering Satellites. After completing the second round of financing, Yixing Company made a large-scale expansion, ordering ten Energy-Gathering Satellites at once.

The currently ordered satellites are being urgently built. Although the satellites cannot be produced on a large scale yet, and each one requires more than a month and a half to build, related experience has enabled some components to be manufactured on a larger scale, significantly increasing the building speed.

Meanwhile, the cost of the Energy-Gathering Satellites has also decreased.

Now, Yixing Company only needs to pay 2.2 billion yuan for one Energy-Gathering Satellite. Negotiations with several cooperating companies have confirmed that subsequent purchase prices will continue to be reduced, aiming for the next batch of orders to be less than 2 billion yuan per satellite.

This cost is relatively much cheaper.

For Yixing Company, the Energy-Gathering Satellites are the lifeline of energy. The more satellites there are, the better, and no amount would ever be enough. But there was still a plan for the number of constructions.

"In the next three years, increase the number to thirty!"

This was the construction plan agreed upon by Yixing and several partner companies.