Genius of the Rules-Style System

Chapter 984: Chapter 494 ’Bumbum’ is really great!_1

Using mathematical methods to solve and verify whether the energy composition of photons is a kind of "disguise" to repel the compression of space is by no means an easy task.

Even within the framework of the boundary theory of particles, it is fundamentally impossible to accomplish because there’s an issue that can’t be circumvented—

Space.

In Zhao Yi’s current research related to space and mass, there is the repulsion of the "power source of 2 to the Nth degree" by space, and also the analysis of gravity and strong forces.

Both of these are merely mathematical discoveries rather than using mathematics to explain "why the power source of 2 to the Nth degree is repelled by space."

In other words, since he didn’t complete the analysis of space, he naturally couldn’t find a method to shield or reduce the repulsion of space.

What’s directly linked to space is the Higgs field, and Zhao Yi’s initial research idea was based on the Higgs field. The agreement with Edward Witten was that he would do the analysis of three-dimensional particles, while Edward Witten would analyze multidimensional space.

Now, he had almost established a pathway from three-dimensional particles to the Higgs field, but there had been no progress on the other side; it was as if they were digging tunnels from both ends, and while his side was completed, the other side had barely begun, always in a state of "unable to dig."

Under these circumstances, completing the analysis of space was naturally an indefinitely remote possibility. freewebnovel.cσ๓

After pondering for quite some time, Zhao Yi simply crumpled up the draft paper into a ball and threw it accurately into the trashcan, then complained in frustration, "It’s all Edward’s fault, that guy is just too dumb!"

"He’s completely unable to keep up! Collaborating with him on research is really unlucky!"

On the other side of the Earth.

Edward Witten was in his office, contemplating the form of multidimensional space. Simply imagining wouldn’t yield any results, so he could only rub his forehead with his hand and eventually picked up a pen to write down a series of equations he had written countless times before.

"Sigh~"

He let out a long sigh, "Mass is repelled by space, but mass might be the most fundamental component of multidimensional space."

"So, multidimensional space could be understood as... a black hole?"

"Or something else?"

"If a black hole is multidimensional space, and multidimensional space is everywhere, are the black holes in the universe just the tip of the multidimensional space’s projection?"

Edward thought and thought, but eventually sighed, knowing that for the time being there was no good line of thought. He suddenly sneezed out of nowhere and frowned, wondering, "I shouldn’t have caught a cold, right? Nor is it a sneeze from being irritated..."

"Could it be that God is hinting to me that my previous thought was correct?"

The thought immediately brightened Edward’s eyes, and he got seriously engaged in his research.

...

In the following few days, Zhao Yi searched for a lot of relevant information and read over a dozen papers related to space and particles.

He found a related paper published on "Physical Review" twenty years ago, authored by Professor Li Ning from the University of Alabama, concerning superconducting antigravity.

The paper clearly explained superconducting antigravity as the lattice ions in superconducting materials, upon absorbing energy from the external electromagnetic field, entering the same quantum state and rapidly spinning, thereby generating a time-varying gravitational field. If an object unaffected by electromagnetic forces is placed within that gravitational field, the gravitational force it experiences from Earth would change.

In the published paper, Professor Li Ning predicted that this kind of superconducting gravitational field could cancel out the original weight of an object.

Zhao Yi carefully reviewed the argument, and since it was published on "Physical Review," it could be equated to just presenting an opinion. Perhaps Li Ning had researched for a long time, but his view hadn’t been acknowledged.

Zhao Yi was very interested in the content of the paper, "Maybe I should talk to Professor Li?"

The reason he wanted to communicate with Li Ning was that he had almost no research to speak of regarding superconducting materials, electromagnetic fields, conductive ions.

This area definitely required an expert.

If Li Ning could publish a viewpoint on the special state of superconducting materials and antigravity, he must have conducted an in-depth study of the related content.

Zhao Yi knew Professor Engels from the University of Alabama and sent Engels an email, hoping he could help introduce Professor Li Ning.

Engels did a great job as an intermediary. Zhao Yi quickly obtained Li Ning’s contact information.

...

Li Ning is a native scholar who studied abroad. He graduated from the Capital University Physics Department in the 1970s and later went to M Country to pursue his doctoral degree. After graduation, he engaged in superconducting gravity research.

Although he had obtained the position of a full professor at the University of Alabama, Professor Li Ning was not very well-known internationally because his theory of superconducting antigravity hadn’t been proven and wasn’t accepted by the mainstream physics community.

Li Ning was nearly sixty years old. He had devoted his life to theoretical research, and so far, his results had not been proven; at least until now, his career in scientific research seemed somewhat unsuccessful.

Of course.

Most researchers experience this, especially those engaged in physics and theoretical research. They are often top-tier geniuses, but a lifetime of research seldom yields significant results.

Now Li Ning even began to doubt his own theory because the "superconducting gravity" theory was not that hard to prove experimentally, especially compared to theories that require particle collisions. His theory should have been much easier to prove.

However, no matter how he designed the experiments, he could not detect a reduction in gravity.

"Is the theory wrong?"