Genius of the Rules-Style System

Chapter 1010: Chapter 504: The Code of the Gods_2

Previously, no experiment in reality could link space itself: the compression of space gives rise to gravity in massive objects, but people can only perceive gravity, not the compression of space through gravity. They do not come into direct contact with space itself.

Thus, any mathematical analysis of gravity is superficial, capable of parsing only the gravity produced by mass, not the spatial compression behind the gravity.

Now Zhao Yi can use the mathematical logic constructed with superconducting antigravity to connect the "ions forming a lattice spin that generates a gravity-isolating plane" and find the common ground between the two, which is essentially unlocking the key to analyzing space.

Lately, Zhao Yi had been working on this, and he had already completed more than half of it, primarily supported by "Correlation Law."

Zhao Yi had continually been using mathematics and experimental data to refine the conditions under which "Correlation Law" could be used, thereby obtaining mathematics linked to space. freewēbnoveℓ.com

This part of mathematics was esoteric and difficult to understand, like the text of a heavenly script. Each equation representing a fundamental point of connection was not easy to comprehend fully, and Zhao Yi had finished eighty-one such equations.

If one were to describe them, Zhao Yi believed they were like ’divine codes.’

Once in possession of the divine codes, finding another method to achieve antigravity seemed much simpler.

If one could find the complete mathematical logic that satisfies all eighty-one equations, it would be possible to achieve total antigravity—essentially floating without being affected by Earth’s gravity.

However, the difficulty lies here.

The substances and their motions in macroscopic reality do not conform to any divine code, and microscopic mathematical analysis is often not necessarily correct.

Zhao Yi found a particle that might satisfy most of the equations—

Neutrinos.

But neutrinos are uncontrollable. Neutrinos are a type of lepton, among the most fundamental particles that make up the natural world.

Neutrinos are small and uncharged; they freely pass through Earth and are extremely light (some are less than a millionth the mass of an electron), moving at speeds close to the speed of light, with very weak interactions with other matter, and are considered "invisible men" in the universe.

The international physics community had long predicted the existence of neutrinos but spent twenty years until last year to confirm their detection, when a particle detector buried under the Antarctic ice captured high-energy neutrinos from outside our solar system.

Given their elusive nature, neutrinos naturally cannot be controlled.

To make neutrinos have an antigravity effect, a large number of neutrinos would need to rotate in the same direction within a small area.

Of course, this is impossible.

That’s why Zhao Yi said that the research has only just begun and there has been only minimal progress.

Next, he would focus on photons. The mathematical structure of photons also fits part of the divine codes, but they are even more difficult to control because light travels in straight lines, dissipates when obstructed, and generates new photons by collision.

Zhao Yi’s research into photons aimed to explore the characteristics of the divine codes and, in the process, connect with ’larger particles’ that could be controlled.

For example, electrons.

To make electrons rotate within a certain range is much easier than smaller particles.

The antigravity effects generated by larger particles would certainly not be as strong as those of smaller particles, but they would likely be better than the ’ion lattice’s effects.’

Then the effect of antigravity could be improved by several tens of percent.

Although it may not be enough to make humans float directly, if controlled properly, it could also potentially reduce gravity by fifty percent or more, which to some extent might be like experiencing the sensation of floating, right?

Of course.

These were just musings on the effects of controlling the rotational motion of electrons to produce antigravity.

There is still a lot of research to be done at the moment. The study of the relationship between photons and the divine codes alone is quite daunting.

This is not just a mathematical problem but encompasses experimental issues as well.

Zhao Yi needed to utilize a large optical laboratory, and some of the equipment had to be specially made, as existing devices were not capable of accomplishing the task.

"Just the core devices we need to make would require several hundred million in funding, right?"

"However..."

"Once the core device is made, it can be used repeatedly, and maybe in the future, it could be used to study other particles’ antigravity properties."

"In other words, it is about building a multi-functional large-scale antigravity device. Initially, it’s for studying photons, but with successful outcomes, it could potentially be manufactured into an antigravity device."

Zhao Yi thought carefully, simply wrote a detailed report, and applied to his superiors for the project to construct a ’large-scale antigravity device.’

...

Early in the morning, in the main building of the Technology Department.

Deputy Minister Liu Zecheng was leisurely sitting in his office drinking tea. The morning was his rare relaxation time; he always set aside half an hour to enjoy a tea break to ease the pressure of work.

Being a leader is no easy task!

The leaders of the Technology Department have to review various projects and make countless decisions, and Liu Zecheng was in charge of these affairs, with his work being extremely busy.

If it were just normal project reviews, it would be okay, but the most troublesome part was reviewing those ’incomprehensible projects.’ Although he was a Deputy Minister of the Technology Department, an official within the administration, he was no top mathematician or chemist. When his department encountered high-end application projects, they always came to him for review.

But...

He didn’t understand them either!

So such projects could only be judged by intuition. If the scientific research institution and researcher applying were trustworthy, he could directly approve it. Otherwise, he would have to give it serious consideration.