The control room was set up on an oasis in the desert, next to a small lake and next to a huge rock, which happened to be used as a protective shield to prevent the impact of an 'uncontrollable' explosion.
In practice, of course it makes no sense.
The power of the explosion was far less powerful, that is, the sound only reached the control room.
The monitoring room was built temporarily. It looked like a temporary greenhouse from the outside, but inside there were various sophisticated electronic equipment connected to the monitoring equipment placed in the experimental device. Some were signal connections, and many were simply wire connections.
After the explosion occurs, some electronic devices can still receive signals, which are signals from the ground and the sky.
For example, pictures taken by drones.
More than half of the equipment has lost its signal, indicating that the linked detection equipment has been affected and damaged by the explosion.
But everyone was excited.
The explosion occurs, which means the experiment is successful.
What they were doing was to replicate the explosion experiment and study how the explosion occurred. If no explosion occurred, it would mean that the experiment failed.
Many people walked out of the monitoring room.
Some people even stood on the rocks and looked into the distance. The only thing they could see was some smoke and dust, and they couldn't help but discuss it, "The experiment was successful, there really was an explosion!"
"How did it happen?"
"Is it really a neutron explosion? But how can a neutron explode?"
"Let's go look at the data. We need to do a very detailed analysis before we can hope to draw conclusions..."
By this time, the truck was ready.
The truck was equipped with various radiation protection equipment. The personnel responsible for the detection task put on the equipment and got on the truck to go to the explosion site.
They are going to the field to collect data.
Other scientists volunteered to go there, but they were dissuaded. Everything had to go according to plan. To collect data after the explosion, only professionals could do it.
Some nuclear physics experts, explosion experts, on-site exploration experts and engineers responsible for equipment are professional in collecting post-explosion data.
There was no point in following most of the scientists present.
Their job is to do various analysis and calculations based on the early and late data, and finally summarize them to draw conclusions.
After the explosion occurs, the experiment is over.
Everyone was moved to Keshidos Banner, 260 kilometers away. A large hotel was rented in the center of Kesdos Banner. The hotel has complete facilities and equipment, making it convenient for scientists to carry out research work, and the living environment will also be improved.
Much better.
The several-hour drive to the hotel was still tiring, and the scientists were much less excited. Most of them rested as soon as they arrived at the hotel.
Work in the desert is tough.
Now that I have moved to a hotel with a comfortable environment, I can take a hot shower, eat a delicious meal, and have a good night's sleep.
In the evening, many people gathered in the lobby or conference room again to discuss the issue of explosions. "The data hasn't been released yet, but our experiment was definitely successful."
"I hope there will be an explosion, but it's a pity that those few high-precision equipment are very sophisticated equipment, but they are only used to collect momentary data."
"If we can finally analyze and draw conclusions, it will be worth the money."
"Is it really a particle explosion? A neutron explosion? I checked carefully before the experiment. The only ones that can come into contact with the strong annihilation force field are the radiation produced by nuclear radiation, and the most massive ones are neutrons."
"Analytical research may not necessarily produce results. This is not a particle collision experiment. There are not so many detailed tests. In comparison, the tests can be said to be very rough."
"Will this become an unsolved mystery in physics?"
"Although Professor Wang Hao thinks it was a neutron explosion, how can he prove it? Unless other similar explosions can be found..."
"That's simply impossible."
Wang Hao, like everyone else, took a nap after arriving at the hotel, then went to the restaurant to have a meal and met Yunir Novotny in the lobby.
They didn't exchange a few words before Jerry Lockyer came over.
The three of them sat together, drinking coffee brought by the waiter, and talking about issues related to the experiment.
Jerry Lockyer is the head of the investigation team of the experimental explosion accident, but he is not a politician, but a very good scientist. He works at Fermilab and is a very well-known electromagnetic expert. Regarding magnetic fields,
There is a lot of research in the field of particle acceleration.
The topic that Jerry Lockyer first talked about was related to the magnetic field. "In both explosions, the magnetic field equipment failed first, and then the explosion occurred. Professor Wang Hao, do you think the explosion was related to the failure of the magnetic field?"
"uncertain."
Wang Hao thought and shook his head. "The failure of magnetic field equipment is mainly caused by the heat source escaping and the circuit being burned."
"There may be a limit."
"When the heat source escapes to a certain extent, an explosion will occur. There may not be a direct relationship between the two, or it may just be a coincidence."
Yunior Novotny asked, "Professor Wang Hao, I never understand, how can you be sure it is a neutron explosion?"
Wang Hao said, "This is the conclusion drawn from the analysis. Explosions will not occur out of thin air. After all, the strong annihilation force field is just a force field, and force fields will not explode."
He thought for a moment and continued, "We have experimentally proven that the annihilation force field will not affect matter and energy until it reaches a certain intensity."
"For example, light waves."
"We have done relevant experimental research and found that low-intensity strong annihilation force fields will not reduce the energy intensity of ordinary light waves."
He added, "The reason why I say it has not reached a certain intensity is because when the intensity is reached, the light waves will be annihilated."
"This experiment was successful and will be released soon."
That is Xu Hua's research.
The paper can be published after it passes the confidentiality review by superiors. She has already submitted it to "Annihilation Physics and Theory" and will publish it in the next issue.
This chapter is not over yet, please click on the next page to continue reading! Yunior Novotny was suddenly surprised, "Ordinary light waves will not affect the intensity if they pass through the strong annihilation force field? What is the magnification of the annihilation force field?"
"About 2.5 times."
"...Such a low magnification?"
Yunior Novotny worked on it for a long time, and suddenly felt very depressed. They could also do a similar experiment.
However, I didn’t expect it at all!
"We have always believed that even a low-magnification annihilation force field can weaken the energy of light waves. However, it is not easy to do experiments. The intensity of the annihilation force field needs to be controlled."
Although the experiment is indeed very simple, controlling the intensity of the annihilation force field is difficult.
They need to continue to conduct experimental research in order to create a strong annihilation force field with a corresponding magnification. But if they have the energy, why not demonstrate the creation of a stronger annihilation force field?
Jerry Lockyer didn't care at all, he was not involved in the research on the annihilation force field.
…
It was a very leisurely evening, and everyone could do what they wanted to do, as if they had a day off.
Some people stay in the gym all the time.
Some went to the entertainment hall.
Some simply went to the restaurant, ordered a few bottles of wine and drank to their heart's content.
In the morning of the next day, the project team became busy. A lot of data had been transferred, and some teams could already start working.
Wang Hao was still very leisurely. He even had time to go to the swimming pool and play a few sets of billiards with Yunior Novotny.
They are all leisurely people.
Wang Hao is the general technical consultant, responsible for grasping the direction of experiments and research, and does not need to participate in complicated data analysis work.
Yuni Novotny and others are members of the temporary committee and do not need to participate in data analysis. Their main job is to review the reports of each group.
The same goes for He Yi, Jaire Lockyer, and Cooper.
This was Wang Hao's first time as a reviewer for a large project. He felt very relaxed and had nothing to do. He only had to wait for each group to complete their work.
Soon, three days passed.
The first group to complete the analysis work appeared. It was a technical group from the International Annihilation Theory Organization. The group members were composed of five scientists from Norway, Sweden and Germany.
Their job is to perform image analysis on a high-precision equipment.
This high-definition equipment collects information by relying on three target surfaces attached to the interior of the magnetic field device. When energy escapes from the thin layer of the strong annihilation force field, the particles it carries will hit the target surface and leave traces.
To be continued...