After completing the demonstration of the interference of magnetic fields on strong S-waves, the next experimental work goal was set--
Create short-distance strong S waves!
To complete the production of short-distance strong S-waves, it is necessary to add a strong magnetic field in a fixed direction to the equipment.
The strong magnetic field is not produced on the outer layer or above the equipment, but must be produced inside, that is, the underlying structure needs to be within the coverage of the magnetic field.
This is mainly because there is no area above the equipment that can create strong S-waves. The research team believes that strong S-waves may be squeezed into the underlying structure or even into the invisible outer layer of the conductor.
Because the underlying structure is a superconducting structure, superconducting can block the influence of magnetic fields, and there is no need to worry about strong magnetic fields affecting the operation of the equipment.
The research mainly conducts experiments to create a strong S-wave area at close range.
So far, it has only passed in theory, but everyone is very confident in Wang Hao's judgment. They believe that the next step of experiments is just verification and manufacturing.
Although the next experimental target has been determined, you still need to wait if you want to conduct the experiment.
They cannot install strong magnetic fields on the original equipment.
The original equipment still needs to continue to create strong S-wave areas for field force research. New experiments can only be placed on new equipment, which is still being assembled and debugged.
The assembly and debugging of new equipment has been very fast.
The main limitation lies in the underlying materials and manufacturing issues. The materials required for the experiment are manufactured by the Superconducting Materials Research Center and are manufactured by laboratory means. The manufacturing speed is naturally very slow.
The material used in the new equipment will be replaced by β-CWY-138, which is an upgraded iteration of the original β-CWY-137.
β-CWY-138 has the same elemental composition as β-CWY-137, but the manufacturing process has been improved and the internal structure of the material has become more stable.
β-CWY-138 has been verified by gravitational field technology and proved that the performance has been improved. That is, under the same current intensity, the gravitational field intensity produced is higher. At the same time, the upper limit of carrying current has also been enhanced, and the material performance has been improved.
Still very big.
In addition, the superconducting critical temperature of β-CWY-138 has been increased by 3 degrees Celsius, which will also make the experiment easier.
The most critical point is that the manufacturing process and technology of β-CWY-138 have been simplified, which reduces the manufacturing cost and increases the speed of laboratory manufacturing.
After using β-CWY-138 material, the Superconducting Materials Research Center has been able to provide sufficient basic material supply to the strong S-wave experimental group and the gravitational field technology group.
The research team is also looking forward to the new equipment.
During the process of equipment assembly and debugging, some people also proposed to assemble the excess materials into bottom-level fixed modules in preparation for manufacturing the next equipment.
at the same time.
The theoretical team continues the basic demonstration work.
On the basis of the interference effect of magnetic fields on strong S waves, they will continue to find directions and demonstrate how to create F-rays with strong S waves.
"Maybe it's not just f-rays."
Helen expressed her opinion, "Strong S waves and strong annihilation fields are different, and the way of exciting rays will be different."
"I think that the excited F-rays may exist in a state that connects the location of the device and the field force."
The strong S-wave area created now is more than 500 kilometers away from the location of the equipment. It exists by virtue of the strong S-wave penetrating the conventional annihilation force field environment, reaching the extreme distance and being squeezed.
What Helen means is that the f-rays produced will connect the equipment and the strong S-wave area.
Wang Hao denied Helen's statement. He did not directly say that she was wrong. He just said, "There may be other ways of release."
One sentence made Helen very depressed.
Many times in the past, when she put forward a certain opinion, Wang Hao immediately rejected it.
The views put forward by Ding Zhiqiang were affirmed by Wang Hao more often.
Helen immediately looked at Ding Zhiqiang, and then became a little annoyed, because Ding Zhiqiang obviously had no intention of competing with him.
While they were discussing, Ding Zhiqiang used 'rest time' as an excuse and continued to stare at the phone screen and laugh.
“Watching those meaningless short videos again!”
"Waste of time, waste of energy!"
"Big data algorithms can always recommend videos that interest you, but you can't see content that is helpful and meaningful to you at all."
"If you always look at these things, your knowledge, your thinking, and your cognition will be limited to a fixed framework..."
"Ula Ula·~"
Helen continuously talked about a lot of disadvantages of watching short videos.
Ding Zhiqiang was not interested in this at all. He raised his head and said indifferently, "Senior Helen, I understand everything you said, but the problem is... I just watch game videos."
"It doesn't matter if my understanding of the game is limited. I have no intention of continuing to improve my skills..."
"On the contrary, you always want to study related things and don't look at other things. How do you know that your thinking will not be limited by cognition?"
"..."
Helen frowned and thought carefully for a long time, unable to come up with a rebuttal. She asked, "You mean, I should also read something else?"
"No."
Ding Zhiqiang immediately shook his head and said, "I mean, it's rest time now, I'm willing to look at my phone, you have nothing to do with it!"
"——!!"
Helen looked at Ding Zhiqiang fiercely, then walked to Chen Mengmeng and started talking to Chen Mengmeng in a low voice. Just by looking at her expression and eyes, she knew that the content must be related to Ding Zhiqiang.
Seeing the farce of the three students, Wang Hao couldn't help but smile and shook his head.
He sorted out the files on his desk, opened his computer and checked the contents of his emails, hoping to find some relevant professional information.
The theory group looks for information in a wide range of areas, including intranet databases, professional information from large institutions, public papers, etc. It also includes looking for information from other scholars and institutions.
This chapter is not over yet, please click on the next page to continue reading! The latter depends on the relationship network.
Information about institutional scholars is also a very important part, because most of the information that can be found publicly are achievement papers, and the content is not too detailed and involves other disciplines, especially some refined small subjects. If you want to find professional information, just
It's not that easy anymore.
In the professional direction of many small subjects, there are no specialized scientific research institutions in China. Scholars engaged in relevant research are very few, and naturally there is not much professional information.
Now Wang Hao wanted to find some information related to space research, including space physics, space chemistry, space-time research, etc. He browsed his mailbox and found that there were hundreds more emails.
This is only the number of emails in one week, and it has been screened. Every email comes from scholars from all over the world.
Wang Hao has a public email address.
Many institutions and top scholars know the email address, and they will send some emails asking for communication, and some old friends will also send emails to greet me.
Wang Hao's reputation is so great that he naturally receives a lot of emails. He has dedicated personnel to process the contents of his mailbox. They only screen those marked addresses or academic exchange content, and other emails are processed directly.
In the mailbox you open now, all the content that has been filtered and forwarded is displayed.
Wang Hao looked at them one by one, only taking a few glances at some and then cleared them away.
Some will write a simple reply.
Only when he encounters a question of interest or receives an email from an old friend will he become more serious, read the email carefully, and write a serious reply.
When he turned to the third page, he clicked on an email and saw a somewhat familiar name.
"Delete Fernandez Garcia? He seems to be an astrophysicist, right?"
He was a little unsure, so he read the content carefully.
Delete sent an email explaining that his research group wants to reshape the research content of space chemistry, and hopes to understand the impact of S waves, strong S waves, annihilation fields and other fields on cosmic rays and cosmic ray propagation.
There are too many issues involved.
Delete gave a detailed explanation and asked more than a dozen questions.
For example, will the existence of the annihilation force field in the universe affect the speed of light and the lifespan of photons?
Is there a problem of ‘reduction of protons or neutrons’ in the universe?
S-wave related space issues, if there is a gravitational field formed by S-wave in the universe, what kind of interference will it cause to the propagation of cosmic rays.
etc.
Each of these is a big problem and involves content in all directions of annihilation physics.
Wang Hao first went to get to know Delete and knew that he was a famous astronomer and a scholar engaged in space chemistry research. After thinking about it, he gave a reply.
He wrote a reply email carefully and answered several of the questions.
To be continued...