Road to science and technology

Regarding this result, Yue Yuanzhou naturally refused to give up, because it was normal for experiments to fail or not to fail but to be successful, and he did not feel that it was easy to draw conclusions without discovering the first time.

So he began to adjust the collider again, calibrate various parameters, and then conduct the second round of experiments.

More than two hours later, the results of the second round of experimental observations also came out. They were still the same, with no abnormalities at all.

Although sometimes there is no abnormality at all, which is the biggest abnormality, Yue Yuanzhou still found nothing.

So the third round begins!

Still found nothing.

Round 4.

Round five.

In the 180th round, increase the power of the diversion probe to the maximum.

However, there are no eggs.

"Is it true that the lepton can't hit anything?"

Yue Yuanzhou was a little doubtful. He couldn't help but doubt. According to his original idea, sterile neutrinos were only related to gravity, so it was very likely that they could be the key to the black box where gravitons were found, or it might also be because of this. Gravitation has been incorporated into the standard model, thus unifying the four fundamental forces.

The result now seems not that simple, and it seems that graviton has not been found.

"Don't continue?"

In response to Carl's question, Yue Yuanzhou said that he would definitely continue, so he adjusted the parameters and continued the experiment.

Then Yue Yuanzhou started again and received the same results again and again.

After the 3700th time, he finally felt that the waiting time passed too slowly each time, so he let the inert medium and micro cannons at both ends continue to output, and then installed more detection instruments at other positions.

He felt that in this way, those particles that did not collide with each other at the first time would continue to move forward and then merge with the particles behind them. Although there was a slight difference in their energy levels at this time, Yue Yuanzhou felt that this would not happen affect the outcome of the collision.

In fact, if it really affected the outcome of the collision, he would be happier, because there had been no results before.

But even so, he was still disappointed, it was still useless.

"It seems that there is no result if leptons collide with each other?"

Yue Yuanzhou muttered to himself, and then without looking at Karl, he stood up from his seat and started walking aimlessly in the square, thinking to himself as he walked.

Is it really impossible to split? At first, electrons were thought to be indivisible, but in the end they were proven to be divisible. Under certain special conditions, electrons can split into magnetic spinons and charged holes. Place extremely thin "quantum metal wires" on a metal plate, control the distance between them to about 30 atomic widths, and place them in an ultra-low temperature environment of about minus 272.9999 degrees Celsius. Then change the external magnetic field and find that the The electrons split into spinons and holes as they jump onto the wire via quantum tunneling. Of course, the separated holes are also called charge ions, which are quasi-particles and not particles in the actual sense. Therefore, it can actually be said that electrons are elementary particles that cannot be separated.

If electrons can do it, then can't sterile neutrinos, which are also leptons?

Yue Yuanzhou walked and walked to the sofa again, and then he found that there was a bottle of Australian red wine placed on the table at some point.

Without saying a word, he poured half a glass for himself, then raised the glass, shook it a few times and started drinking. Although he was drinking now, he had no intention of tasting the wine. He was still thinking about the experiment.

"Do you think there is an anti-sterile neutrino?" At this time, Karl, who had been following Yue Yuanzhou in the observation experiment, also woke up from his meditation, and then turned to Yue Yuanzhou and said this.

"It stands to reason that any particle has its antiparticle, and antiparticles constitute the antimatter world." Yue Yuanzhou replied casually, then looked up at Karl, frowned and said, "You mean, just like the collision of positrons and negative electrons, only Can the desired result be obtained by the collision of positive and negative sterile neutrinos?”

Karl didn't speak, just nodded. He actually understands that if this is the case, the current Super Large Lepton Collider may be of little use for the time being, because Yue Yuanzhou currently does not know how antisterile neutrinos are produced. Not only that, but even whether there is such a None of these particles have been verified, let alone produced.

So if his guess is correct, then this experiment cannot be carried out.

"Great unity"

Yue Yuanzhou shook his head and drank the wine in one gulp. He wanted to try it a few more times.

So Yue Yuanzhou put down his wine glass and started walking towards the projection screen again, while Karl on the side shook his head. He felt that there would be no results if he tried again. And based on his previous experience, he could guess without farting that after a while Yue Yuanzhou must have failed dozens or even hundreds of times.

Although it was okay for everyone not to eat, he felt that it was better for him to go back and study his own things. For this kind of experiment, Karl also admitted that he was indeed not as good as Yue Yuanzhou.

Thinking like this, Karl said: "I will go back to Death Song Academy to study it first."

However, Yue Yuanzhou ignored what he said and just waved his hand to express his understanding.

After Carl returned, Yue Yuanzhou continued to tinker with experiments.

This time Yue Yuanzhou did not plan to launch continuously. He still did what he had done before and waited for two hours for each launch. Now after taking a few sips of wine, he suddenly became patient again.

While Yue Yuanzhou was doing experiments seriously, Ah Zhui also came out to watch a few times, but each time he watched quietly without disturbing him.

She was still like this at this time, but this time she was sitting on the sofa and watching quietly. She felt that the man at this time was particularly handsome.

"Huh!"

At this moment, a sound of surprise as if something had been discovered reached Ah Zhui's ears. She knew that such a sound was usually a sound of surprise when something was discovered, so she got up from the sofa and stepped on her special pair of shoes. The metal battlefield high-heeled shoes walked to Yue Yuanzhou and said, "Did you find anything?"

"Well, you're here. How can I put it? It seems that there are fewer sterile neutrinos passing through the center line. Logically speaking, there can't be that many in one collision."

After Yue Yuanzhou said this, he looked back at Ah Zhui, and then said, "Has the Proxima Centauri civilization completed its mission?"

Ah Zhui smiled: "Yeah, so I came to see you when I was bored. I didn't expect that I found you more attractive when you were doing experiments."

"Haha, that's natural, but I found something strange this time. I speculate that something blocked the sterile neutrinos."

Yue Yuanzhou, who was in a good mood, immediately started to carefully analyze the collision locations, and he really discovered something new about this.

This is something that is invisible and intangible, and very tiny, of course still larger than a particle.

"Is this? Could it be gravitons? But it shouldn't be, gravitons should move at the speed of light!" Yue Yuanzhou has already begun to analyze this newly discovered thing.

He discovered that this thing was not in a particle state. After continuous analysis, Yue Yuanzhou slowly discovered its characteristics. This thing was like a chaotic gravitational field that claimed to be a system. However, after further research, he found that this chaos seemed to be What is regular and interesting is that after merging two or more of these things, they seem to become one larger thing. Each merged thing has the same seemingly chaotic gravitational field as before. .

This kind of gravitational field is very strange. In order to explore this law, Yue Yuanzhou immediately called the light of Taihu Lake to study the gravitational field displayed by this microscopic level.

"Hey! This"

Yue Yuanzhou discovered that when the sterile neutrino penetrated into this mass, it could not come out. It seemed that it was bound by the gravitational field inside.

"This trajectory."

With the support of TaihuLight's powerful computing power, Yue Yuanzhou finally calculated the laws of the gravitational field in this new thing. If a bunch of small arrows are used to determine the direction of gravity inside, then the gravitational field inside this new thing will be like a bunch of small arrows entangled with each other and tied into a knot, and the knotted place is also very strange.

The properties shown by the two sides of the knotted position actually block the transmission of gravity!

"Is this the real source of gravitational shielding?" Yue Yuanzhou thought and pulled out the descriptions of gravitational shielding devices and principles from Cybertron and degenerate civilizations. Although there was no mention of this new thing, Yue Yuanzhou was describing it. The gravitational field of this thing was regularized into data and then put into the formulas that were said to be principles. It turned out that there was indeed no problem.

Not only that, he also discovered some loopholes in the past, and some unexplainable phenomena can be explained with this new thing.

"The laws of the gravitational field in this new thing are like a knot, so it's called a gravitational knot!"