Chapter 6: New Discoveries in Particle Experiments (Part II)
Ye Fei was a little unsure, and looked at it for a while, but the white light spot never appeared again.
"Is it really me dazzled?" Ye Fei was very suspicious in his heart.
At this time, Hu Donglai came over and said, "Dean, can the experiment be stopped?" ā
As mentioned earlier, every experiment at the Large Hadron Collider does not last long.
Ye Fei nodded slightly and said, "You can stop." ā
"Okay, Dean!" Hu Donglai said.
Immediately, Hu Donglai walked back to a console and said, "Stop!" ā
Soon, the Large Hadron Collider stopped.
Ye Fei walked to Hu Donglai, who was standing in front of the console, and said, "Call up all the data from the experiment just now." ā
Every second of the Large Hadron Collider's experiments have real-time data, and Ye Fei still wants to determine whether he is dazzled.
Ye Feixin said: "If it weren't for my dazzle, then I might really find something different." ā
"Okay!" Hu Dong said, and then he instructed the researcher to call up the data.
Soon, the data was called up and displayed on the computer screen.
Ye Fei asked the researcher to get out of the way, and he sat down in front of the computer, controlling the scroll bar with the mouse, and carefully looking at every data.
"Huh?" Suddenly, Ye Fei frowned slightly, his hand movements stopped, and his eyes stared at a set of data.
Ye Fei used the mouse to mark a set of data, and then said without raising his head: "Put out the picture of this set of data." ā
"Okay!" A researcher said.
Soon, a picture appeared on the computer in front of Ye Fei.
Ye Fei saw the white point of light in the picture at a glance.
He was very excited: "Sure enough, it's not my eyes, there is really something." ā
Ye Fei said as he manipulated the mouse to enlarge the white point of light.
"What is this?" Ye Fei looked at the white point of light suspiciously.
Hu Dong came to see Ye Fei as if he was sitting in front of the computer for a long time and didn't move, as if he was looking at something.
So, he walked over curiously.
Then he saw the white dot of light on the computer screen.
"What is this?" Hu Donglai said in surprise.
Ye Fei shook his head slightly and said, "I don't know either." ā
Ye Fei sighed in his heart, he really couldn't see what this thing was.
Ye Fei said: "Do another experiment with the data I labeled." ā
After speaking, Ye Fei stood up.
"Okay." Hu Donglai said.
Then, he called the researcher to conduct an experiment based on the set of data Ye Fei said.
Ye Fei walked to the big screen.
Soon, the Large Hadron Collider was activated again.
This experiment was not based on the formula given by Ye Fei at the beginning.
Instead, the experiment was carried out according to the white light point delineated by the leaf non.
Soon, the picture with white points of light that Ye Fei saw reappeared.
But this time the white dot of light did not disappear, but remained there.
Ye Fei pointed to the white dot of light on the big screen and said, "Everyone, please look here." ā
"What is this?" Researchers at the Institute of Nuclear Energy Physics looked in amazement at the white dots of light on the big screen.
Ye Fei shook his head slightly and said, "I don't know for the time being." ā
Ye Fei said loudly: "Take this white point of light as a singularity and dig deep." ā
"Yes, Dean!" The researchers in front of the console shouted.
A moment later, more than a dozen white dots of light appeared around them.
However, compared to the number of silver particles, the white points of light are like a dozen pieces of gold in a pile of sand.
Although conspicuous, the number is too small.
Ye Fei looked at it for a moment and found that the number of white light spots no longer increased.
Ye Fei asked, "How deep have you dug in?" ā
"Dean, you've tapped to maximum performance." Hu Donglai said.
Ye Feixin said: "It seems that without the help of the formula, the Large Hadron Collider can only dig so many white points of light. ā
"If you want to dig more white spots, you have to create formulas."
Ye Fei said: "Stop!" ā
Soon, the Large Hadron Collider came to a halt.
Ye Fei turned to look at the researchers behind him and said, "Now, your teams are holding the data for verification. ā
In the Large Hadron Collider experiment, the machine experiment only takes up a small part of the time, and most of the time is verified after the data is obtained.
Ye Fei gave all the tasks to these researchers, and he himself verified and calculated the data of the white light spots.
[From E=mc, it can be seen that if the value of the speed of light c is taken as a dimensionless constant 1, then the mass and energy are exactly the same......]
Ye Fei frowned and looked at the content he verified according to the data, and was very puzzled in his heart: "What the hell is this!" ā
Ye Fei didn't figure out what the white dot of light was for a long time.
But Ye Fei can be sure that this is a particle.
However, according to Ye Feicha's information on all the particles, it was found that the white light point particles did not match all the particles he knew.
"It's not a mistake to say it's a smaller particle, it's about the size of an ion."
"But it's not an ion."
"Try to use energy conversion to see."
Next, Ye Fei converts energy into mass based on the data of the white light spot.
ćM=E/cā¦ā¦ć
Ye Fei shook his head slightly and said, "Energy can only be transformed into mass, and it can only be transformed into this." ā
"But I still can't tell what the white dot is!"
After a long time, Ye Fei shook his head slightly: "Forget it, since you can't be sure, let's put it down for the time being, and I will confirm the identity of the white light spot when I have time in the future." ā
"There's still an experiment that hasn't been done yet."
Ye Fei looked up at the researchers, who were seriously checking the data, and said in his heart: "After their verification is completed, let's start the second experiment!" ā
A week later, 100 meters underground!
Ye Fei said to the researchers in front of him: "You have already seen and verified the particle control experiment, and then we will conduct the second experiment, the controlled nuclear fusion safety technology experiment." ā
"According to the theory, we use the high-power magnet power supply load AC and DC interactive operation mechanism technology as the main technology of controllable nuclear fusion safety technology, plus particle controllable technology."
"Therefore, the controllable nuclear fusion safety technology is equivalent to the integration of the AC and DC interactive operation mechanism of high-power magnet power load and particle control technology."
"This research is very difficult, and it will take a lot of effort for us to verify it later."
Everyone nodded slightly, they naturally knew this, and they were mentally prepared.
Ye Fei looked at everyone and said, "Then let's start!" ā
After speaking, Ye Fei nodded at Hu Donglai and signaled that he could start.
Hu Donglai nodded slightly, and then went to order the researchers sitting in front of the console.
Soon, the Large Hadron Collider was activated.
Controlled nuclear fusion and the Large Hadron Collider seem to be two things that are not very connected.
But according to Ye Fei's research, the combination of the Large Hadron Collider and controlled nuclear fusion technology can improve controlled nuclear fusion technology.
The Large Hadron Collider doesn't just mine particles, it also has the role of particle probing.
The study of controlled nuclear fusion is the study of particles.
The Large Hadron Collider is a machine that uses electromagnetic fields to propel charged particles to nearly the speed of light.
Smaller hadron colliders, also known as particle accelerators, can be used for particle-targeted therapy in oncology, radioisotope production for medical diagnostics, ion implanters for the manufacture of semiconductors, and accelerator mass spectrometers for measuring photoisotopes such as radiocarbon.
So, the Hadron Collider is not just used to discover particles, but also has many other uses.
Hadron Colliders of different models and volumes are used for different purposes.
Of course, this is because the volume and model are different.
If targeted therapy for oncology is performed with the Large Hadron Collider.
Theoretically, it is possible, but when a person is treated by the Large Hadron Collider, the tumor and the person are gone.
Therefore, only small hadron colliders are suitable for targeted therapy in oncology.
Of course, there are two main types of hadron colliders, the electrostatic hadron collider and the electric hadron collider.
Between the two, only the working principle is different, and the working result is the same.
The electrostatic hadron collider uses an electrostatic field to accelerate particles.
The Electron Hadron Collider uses electromagnetic fields, magnetic induction, or oscillating radio frequency fields to accelerate particles.
Since in these magnetic fields, particles can pass through the same accelerating field multiple times.
Therefore, the output energy is not limited by the strength of the accelerating field.
The electrostatic hadron collider is also the mainstream hadron collider.
Ye Fei's Large Hadron Collider here is the electrostatic Large Hadron Collider.
At this time, Ye Fei and the others saw many particles appear on the screen.
Ye Fei said loudly: "Enter the current!" ā
"Yes, Dean!"
Soon, many blue arcs of electricity appeared around the particles, just like in a science fiction movie.
Ye Fei said: "Increase the current!" ā
"Yes, Dean!"
"One hundred an!"
"A thousand amps!"
āā¦ā¦ā
"A million amps!"
As the current input intensifies, the arc becomes denser.
Ye Fei didn't see that there were not many particles fissioning, he frowned slightly, and then said loudly: "Let the particles rotate clockwise." ā
"Yes, Dean!"
Soon, the particles with an electric arc rotate clockwise.
The rotation speed is very fast, like a blue electric wheel.
Ye Fei looked at the screen and frowned slightly, and said in his heart: "It seems that the theory is still flawed!" ā
"But it's understandable, after all, very few people can succeed in a one-time experiment."
"Experimentation is about finding truth from countless errors."
"And the purpose of our experiments is the same, to find the right research."
After a while, Ye Fei said, "Stop!" ā
Soon, the Large Hadron Collider came to a halt.
Ye Fei walked to the console and said, "Call up the experimental data." ā
A moment later, Ye Fei and the others got the data.
After that, they start verifying.
After three days, the verification ended.
in a room.
Ye Fei sat on a stool, surrounded by many researchers.
Ye Feidao: "Experiments have also been done, and according to the experiments, the theoretical research on our controllable nuclear fusion safety technology is still very flawed. ā
Everyone nodded slightly, they also knew this.
Ye Feidao: "The experiment we need is particle nuclear fission, but through the experiment, we found that there are very few particles of nuclear fission, which is absolutely impossible." ā
"The current is just an introduction, so that after the nucleus of the particle fission, it will produce an electric current by itself."
"We all know that nuclear fission is a reaction in which two or more atomic nuclei are close in mass to form one or more different nuclei and subatomic particles, such as neutrons and protons."
"When the product and reactant collide with each other, a lot of energy is released."
"But now there is very little nuclear fission, so you can't release energy, and you can't release electricity."
"So, our next research is to get more particles to produce nuclear fission."
"We all know that the fusion process that produces nuclei that are lighter than iron-56 or nickel-62 usually results in a net energy release."
"These elements have the minimum mass and maximum binding energy per nucleon, respectively."
"The fusion of light nuclear elements releases energy, and the fusion that produces a heavier nucleus than these elements will result in the retention of energy from the resulting nucleons."
"And the reaction obtained is endothermic."
"Lighter elements, such as hydrogen and helium, are generally more likely to fuse fusion."
"And heavier elements, such as uranium and plutonium, are more susceptible to fission."
"Supernovae can produce enough energy to fuse nuclei into iron-heavier elements."
"After physicist Friedrich Hundt discovered quantum tunneling, Robert Atkinson and Fritz Huttermans used light elements to prove that a large amount of energy can be released by fusing small nuclei."
"So, our next research can refer to their research to make the particles produce more energy."
"Okay, Director!" Humane.
Ye Fei said: "Then let's start!" ā
Half a month later, Ye Fei and the others had some more ideas and conducted experiments again.
This experiment was much better than the last one, the number of particles fission was more, the energy released was also more, and some particles burst out of the arc.
However, this still did not meet Ye Fei's expectations.
Therefore, they experimented again.
Ye Feixin said: "It seems that we are going to wait here for a long time, and a month is far from meeting our deadline for experiments!" ā
Ye Fei thought for a while and said, "The rest of the researchers from the Institute of Nuclear Energy Physics should also be transferred." ā
"Otherwise, it would not be appropriate for more than 100 of us to stay here while the remaining 200 or so stay at the Institute of Nuclear Energy Physics!"
"Anyway, the Cosmos Research Institute is very large, and more than 300 people can hold it."
The next day, Ye Fei transferred all the remaining researchers from the Institute of Nuclear Energy Physics in Kyoto.
Ye Fei laughed in his heart: "In this way, the Institute of Nuclear Energy Physics will be empty!" ā
"Originally, I was given the Institute of Nuclear Energy Physics because this is where Mr. Zhao Zhongyao used to work."
"This is the honor given to me from above, but now I don't need the Institute of Nuclear Energy Physics, I don't know what I will think when I see this situation above."
"But it doesn't matter, that's all I have to do for the sake of experimentation."
More than three months later, 100 meters underground!
Ye Fei and more than 30 researchers stood in front of the big screen, looking at the experimental results on the big screen.
There are more than 300 people at the Institute of Nuclear Energy Physics, and it is impossible for all of them to come to 100 meters underground to participate in the experiment.
Therefore, Ye Fei asked the leaders of all groups to participate in the experiment.
After a long time, Ye Fei said: "Stop!" ā
After speaking, Ye Fei turned to look at the researchers behind him and said with a smile: "After two months of experiments, we have completed the remaining one-third of the theoretical research. ā
"This means that the research on safe technology for controlled nuclear fusion is basically completed."
When they heard this, smiles appeared on their faces.
The research on controlled nuclear fusion technology, which has been going on for almost a year, is finally completed.
Many people are in a bit of a trance in their hearts, and this speed is too fast.
Ye Fei said: "Next, I will submit this technology to the above, I think the above should be quite satisfied." ā
Ye Fei is still very satisfied with the experimental results, Ye Fei is satisfied, and the above is naturally very satisfied.
After all, Ye Fei is a professional, and those above are amateurs. (End of chapter)