Genius of the Rules-Style System

Chapter 1469: Chapter 696: Landing on the Moon!

Experimentally improving the efficiency of matter transmission, there are three directions that come to mind.

One is to start from the end point of transmission, which is a closed space with a stable light source and materials.

Another is to start with the transmission channel. Previous experiments have been done, proving that the channel can increase the transmission efficiency of atoms and molecules and reduce the transmission efficiency of tiny particles, but it has not increased the overall transmission efficiency.

This is also a significant finding, proving that increasing the channel is still very meaningful.

Finally, it is to start from the transmission endpoint, which is the area where space does not exist. However, this makes it challenging to proceed, as even space has already ceased to exist. At most, increasing the compression rate could expand the size of the area where space does not exist.

The task of the modern theoretical group is to summarize the recent experiments. They hope to demonstrate from a theoretical foundation how widening the spatial connections’ channels impacts matter transmission.

Normally, widening a channel should increase the matter transmission rate, yet experiments proved it only increased the transmission rate of atoms and large molecules.

Why is that?

This phenomenon is quite strange, and they hope to come up with an explanation that fits the situation from the perspective of the Voidon hypothesis.

At a small internal meeting of the theoretical group, Zhang Qican was the first to voice his opinion, "From the perspective of the Voidon hypothesis, each region will have a vast number of Voidons, and Space Link Technology does not merely connect two Voidons, but connects the Voidons of two regions, making them believe that the Voidons from the other region are adjacent to them."

"So, how is the connection made? I believe it’s related to how space absorbs energy to create Voidons. And what can be determined is that every region, including every Voidon, should have a code."

The question raised by Zhang Qican immediately got others thinking. frёewebnoѵēl.com

Connecting the Voidons of two regions does not mean putting the two regions together but making the Voidons of one region believe the other region is right beside them.

If we use numbers for comparison, three and four are adjacent. To link seven and three, you need to either change both numbers or just one of them.

Regardless of the method, certain regions or specific Voidons definitely have codes.

This does not conflict with the theories of Zhao Yi and Edward Witten. They both believe that Voidons are distributed according to prime number codes, moving only to positions with prime number codes because primes cannot be ’factored’ as they have no divisors greater than one, naturally maintaining the activity of the Voidons. This propels the Voidons to keep moving, thereby preserving their activeness.

If a Voidon jumps to a non-prime special point, it will pause, leading to a phenomenon similar to the cessation of photon annihilation, reflected in the compression of massive particles and thus promoting the generation of gravitational force.

So, here comes the question.

Qiu Chengwen then raised a doubt, "If every Voidon has a code, each Voidon’s code must be unique, and these codes must follow some pattern. How do they recognize the codes or positions of neighboring Voidons? Through quantum movement? Random movement?"

"The latter is definitely impossible, otherwise connection would not be possible."

Edward Witten pondered for a moment and said, "Perhaps we can think of it this way. The universe is a universal computer, and each Voidon is an individual microscopic storage space."

"When two different positions of the storage space are activated, they can be connected through a platform."

He was referring to the operation of computers.

For example, an operating system can call upon data stored in different locations. Reflecting on large files, like different software in a computer, their storage locations are certainly different.

But through the operating system, two pieces of software can be connected, and data can be shared in real-time.

This analogy is akin to Space Link Technology.

Qiu Chengwen asked again, "Edward, your analogy is good, but you must realize how vast the universe is and how small a Voidon is."

"Our Voidon hypothesis assumes that Voidons are extremely small, even the tiniest particle is innumerable times larger than a Voidon."

"In such an immense universe, how many Voidons could there be inside? That appears to be an astronomical number beyond imagination, and even expressing it in exponential form would be incredibly difficult."

"If every Voidon’s corresponding code is a prime number, it’s even harder to conceive."

At that moment, Zhao Yi, following the train of thought, suddenly spoke up, "Perhaps we can think of it this way, the universe as a whole is indeed vast, unimaginably so, but in the normal operation of the universe, what is the chance of a Space Link occurring?"

"This—"

After a moment of thought, the others felt the chance was exceedingly slim, not just slim, but achieving the conditions for a Space Link by natural processes would be much less likely than the emergence of life. And so far, humans have not discovered life on other planets.

Zhao Yi continued, "The universe is too huge, unfathomably so, but we could define it this way. Voidons only exist when Space Link Technology or other related technologies are applied."

"Otherwise, Voidons do not exist or are in an unactivated state of dormancy."