Genius of the Rules-Style System

Chapter 1316: Chapter 630: This is not Mathematics, it’s Metaphysics!_2

Zhao Yi continued to explain, and his explanation made Edward Witten’s eyes shine with excitement.

Although he knew it definitely involved classified internals, he still didn’t expect it to be related to Space Link Technology, or even more so, the further advanced ’space-energy transmission’?

And it had already been achieved?

"You’re not joking, are you, Zhao Yi?" Edward Witten said excitedly, the content he just heard would definitely cause a sensation once it got out, absolutely shaking the scientific community.

Space Link Technology was already quite shocking, but now it was directly space-energy transmission, that is, transmission through space itself.

This was truly ’wireless’ technology.

Because the range covered by Spatial Connection Technology was extremely wide, the range for energy transmission would definitely be extensive as well.

In other words, just by giving it a thought, one could understand that space-energy transmission could make it possible to transfer energy from Earth to other planets.

This technology could easily support the operation of devices on other planets or in space with a continuous supply of energy from Earth.

Zhao Yi continued to explain, "Currently we can only achieve the transmission of light energy, other types have not been researched, and theoretically, they are not achievable either."

Edward Witten nodded in understanding, even achieving the transmission of light energy was already quite impressive, and he was eager to start researching it.

But their research was not on the theory of space-energy transmission, but rather on the analytical problems of space.

At the core of Zhao Yi’s question was, "What is space?"

If this question had been posed a few years earlier, Edward Witten would not have needed to think about it and could have used a plethora of M Theory content to explain space from multiple perspectives.

Now, he was stumped.

The main reason was the emergence of the latest technology that had already entered the practical application stage, that is, theories proven by reality, while string theory and M Theory were only theoretical, unproven ideas on paper.

Even with his fervent belief in string theory, he knew he couldn’t use ’theories on paper’ to explain those that had been substantiated.

For a moment, Edward Witten didn’t know where to begin.

Zhao Yi pointed out the direction—dimensionality!

"What we first need to do is to mathematically describe matter in various dimensions to find an approach to understanding that is closest to the experimental results."

This was the direction of their work.

Regarding the dimensional issues of spatial matter, Edward Witten was the real expert compared to Zhao Yi, who still had much to learn.

They needed to jointly prove the behavior of various kinds of matter in different dimensions, as well as delve deeper into the relationships among time, matter, and space.

At the same time, they needed to carry out proofs to delineate dimensions.

After Zhao Yi explained the research direction, they began to work together on related mathematical analyses, and another participant in the work was Zhang Qican.

Zhang Qican could now say that his ability had definitely reached a world-class level. Coupled with his understanding of the latest technological theories, he also possessed the top capabilities in the world, fully capable of participating in the research of advanced theoretical physics.

Zhao Yi, Edward Witten, and Zhang Qican each handled a portion of the mathematical work.

In the ongoing research process, every once in a while, they would exchange ideas, discuss problems they encountered, and deliberate over solutions together.

Soon.

Their research touched upon previous studies—the issue of mass points.

The theory that Zhao Yi and Edward Witten published together suggested that mass points marked with 2 to the power of N faced pressure and repulsion from space, with the repulsion of mass points by space also being the source of gravity and strong force.

The problem they were currently delving into was even deeper: Why were mass points repelled by space? How should space be understood to explain the repulsion of mass points?

This was the exploration of a deeper relationship between mass points and the compression of space.

Whenever the topic of mass points and space came up, due to different understandings of the composition of space, their views would differ.

The three also engaged in debates, and even Zhang Qican and Zhao Yi would disagree.

This signified individual differences in understanding.

Because space could still be considered a theoretical issue, not a definite substance, descriptions of space could only be inferred indirectly through its properties, leading to interpretive differences. freēwēbηovel.c૦m

As the saying goes, "Every person has a different Hamlet in their heart."

When looking at the same thing, there are bound to be discrepancies in understanding, especially with something as indefinable as space.

Their work was confidential research, but still, there were some who came to listen.

For instance, the teams of the Space Information Technology research and development group.

For instance, the personnel from the Z-wave team.

And others.

Some top mathematicians in the country who knew about the secret research and were involved came especially to sit in on truly top-level research. They wouldn’t interfere with the work of the three, but occasionally hearing a sentence or two, they felt as if the trip had been pointless.

This wasn’t mathematical research; it was like delving into fantasy!

"Looking at mass points from a seven-dimensional perspective shows a clear difference from six or eight dimensions."

"Seven is a prime number with a distinct dimension that cannot be divided."

"By contrast, the fifth dimension exhibits disparities. The same material placed in a higher-dimensional space will demonstrate stretched characteristics."