From university lecturer to chief academician Chapter 607: The demand for small spacecraft, a major breakthrough in the S+ mission! The correlation between annihilation force and S wave!
Chapter 607: The demand for small spacecraft, a major breakthrough in the S+ mission! The correlation between annihilation force and S wave!
What Wang Hao proposed was not some unimaginable high-end technology, nor was it a very, very subtle idea.
To put it bluntly, it means replacing the coolant.
No one in the anti-gravity spacecraft research base has thought of it, and perhaps it cannot be said so absolutely. It should be understood that even if someone thought of it, they did not say it out, and the senior leaders did not know about it.
The research base naturally treats high-end transverse antigravity fields and superconducting battery technologies with caution.
Someone below has thought of a solution, but they may not tell it, and they may not report it. Otherwise, if the research goes wrong or an accident occurs, who will take responsibility?
this is a problem.
Furthermore, the people in charge of the research base are all too old. Being old has its advantages and disadvantages.
Older scholars have rich knowledge and experience, but at the same time, a large amount of so-called "correct logic" in their minds will also limit their creativity and imagination.
Faced with the admiration of Chen Jiahe and others, Wang Hao just nodded calmly. He didn't think that his idea was very good at all. He just understood the technology better and dared to make changes to the technology.
He continued, "We need to cooperate with the coolant and change the cooling system. In fact, we can also replace the superconducting materials used in lateral anti-gravity technology."
"The transverse anti-gravity material that can be applied now has a maximum critical temperature of 230k. It is a new type of material developed by the Superconducting Materials Research Center."
"This is an aβ-mixed element superconducting material. It not only has a high critical temperature, but also has relatively better performance. Of course, when β-element materials are involved, the manufacturing is more complicated and the procurement cost will be much higher."
Chen Jiahe, Duan Jiacong and others were all speechless after hearing this. The new material is indeed very attractive. The critical temperature is higher and the performance is better. But the problem is that the beta element material involved is a special new hybrid material. The price
It is not ordinary high, at least twenty times higher than the materials currently used.
Then, just to build a horizontal anti-gravity system, the cost will reach several hundred million.
Wang Hao ignored other people's reactions. He just gave a suggestion. Whether he would adopt it or not was none of his business.
He continued, "Actually, it is possible to disregard lateral anti-gravity technology in your research."
"oh?"
Chen Jiahe and Duan Jiacong looked at each other and immediately asked, "Academician Wang, what does this mean? Aren't we studying anti-gravity spacecraft?"
Wang Haodao, "But our needs, or in other words, the short-term needs of the space carrier, are functional small spacecraft that can board the ship, rather than large spacecraft that can take off and land on the surface of the earth."
He explained, "Of course anti-gravity technology is good. If an anti-gravity spacecraft can be developed, the spacecraft itself can be called a 'spaceship', but the anti-gravity technology itself will also make the spacecraft very large."
"The space carrier needs some small spacecraft. The small spaceships need to fulfill various functions and can take off and land with the space carrier."
"Even without anti-gravity, it's still possible. Superconducting battery technology and a Hall engine are enough."
Chen Jiahe suddenly understood.
They have been developing anti-gravity spacecraft and have never thought of abandoning anti-gravity technology. In fact, the short-term mission is to build the small spacecraft needed for the space carrier.
Small spacecraft can take off together with the space carrier. In space, gravity is very weak, so it doesn't matter whether lateral anti-gravity exists.
"So as long as the small spacecraft achieves long endurance, can rely on Hall thrusters to propel it, and ensures flexibility?"
"right!"
Wang Hao said with certainty, "If the anti-gravity spacecraft encounters problems in the short term, you can put aside the lateral anti-gravity and give priority to building some simple, usable small spacecraft."
"no problem!"
Chen Jiahe immediately said, "Without the lateral anti-gravity, the technical difficulty will be much smaller. It can even be said that there is no difficulty. We will be able to assemble it very quickly."
"Well."
Wang Hao said, "When you have built the first prototype, we will come to the base to have a look, and then we can discuss specific cooperation."
Chen Jiahe attaches great importance to cooperation with spacecraft companies.
This is an opportunity to realize large amounts of independent income, and the use of small spacecraft built by the space agency hanging on the space carrier is also a proof of the space agency's technology research and development capabilities.
Naturally they will not miss the opportunity.
Wang Hao requested the development of a small spacecraft that abandoned anti-gravity technology, and they immediately put a lot of energy into it.
After putting aside anti-gravity technology, the development of small spacecraft is too easy. In fact, it is just to combine superconducting batteries and Hall propulsion technology, and then provide a manned control cabin.
that's enough.
If the small spacecraft needs to achieve what kind of functions, what kind of functional components should be added accordingly.
Of course, a manned spacecraft cannot be that simple.
Including the radar system, oxygen supply system, safety devices, etc., they are all the most basic standard configurations. There is also the issue of balancing power and thrust, but the overall difficulty is greatly reduced.
The above technologies are all available to the space agency for immediate use.
…
After Wang Hao left the anti-gravity spacecraft research and development base, he did not return to the light pressure engine unit, but went to Xihai University.
Others are responsible for the work of the light pressure engine unit. The basic work tasks have been assigned. The next thing to do is to check the progress and prepare for space testing.
After returning to Xihai, Wang Hao also took a period of vacation for himself. He took time to spend time with his family.
It was not until half a month later that he came to Xihai University.
The working environment of the Mason Number Laboratory is still very relaxed. After Wang Hao entered the laboratory building, he felt a relaxed atmosphere.
After staying in a stressful working environment for a long time, you will feel very comfortable when you return to a relaxed working environment.
He walked leisurely to the second floor, glanced at the students' offices, and found that Ding Zhiqiang was watching a TV series?
Chen Mengmeng and Helen chatted together. While they chatted, they occasionally laughed harshly.
Paul Phil-Jones walked over, but he kept his head lowered and did not see Wang Hao. Wang Hao shouted in a funny way, "Paul!"
Paul Phil-Jones was so frightened that he shivered all over.
This shout also made the students in the office come out. Ding Zhiqiang was the first to come out. He immediately said to Wang Hao, "Teacher Wang, you are back!" There was some emotion and excitement in his voice.
"Ah? Yes..."
Wang Hao nodded and asked Ding Zhiqiang, "Have you done any good research during this time?"
"That's for sure." Ding Zhiqiang's tone was firm, "I was watching some video materials just now, trying to find some inspiration from them, about the technical theory of gravitational fields."
"..."
Wang Hao didn't know what to say for a moment. He wanted to expose Ding Zhiqiang's lies directly, but he also felt that he should give the students some face.
never mind!
"Alas~~"
He sighed and shook his head, and saw Chen Mengmeng and Helen, "How are you doing?"
Helen said seriously, "We are doing research on racial differences." Chen Mengmeng covered his face helplessly as he listened.
"The issue of racial differences?" Wang Hao was confused and looked at Chen Mengmeng and then Helen with some strangeness.
Helen continued, "To be specific, it is to study the sensory differences between white women and yellow women in their treatment of men. We did the evaluation ourselves, Chen Mengmeng and I."
"We talk to different male subjects for a certain length of time, and rate them on various attributes such as clothing, personality, appearance, IQ, etc., with a maximum of 10 points and a minimum of 1 point."
"Finally, a comprehensive score is given."
"We also created a comprehensive chart to compare the judgments of women of different races..."
After Helen finished speaking, Wang Hao pinched his chin and looked at Chen Mengmeng, asking in a low voice, "Why do I sound weird? Are you sure what research you are doing?"
Chen Mengmeng glanced at Helen, immediately pulled Wang Hao aside, and whispered, "Of course not, my research is 'What kind of men would Helen be interested in?' That would be very interesting. I just took what she said just now
It’s just an excuse for the investigation...”
"Teacher Wang, please don't say anything!"
"Yeah, I won't say."
Wang Hao glanced at Helen and asked Chen Mengmeng, "How do you know she doesn't think so?"
Chen Mengmeng was suddenly confused.
On the other side, Ding Zhiqiang suddenly thought of what happened a few days ago: Helen and Chen Mengmeng had a conversation with him for about ten minutes each.
They asked all kinds of strange questions.
Now I understand.
That’s so!
Ding Zhiqiang immediately chased Helen and asked, "Helen, what score did you give me? What's Sister Meng's score?"
Helen said seriously, "This is a girl's secret!"
…
Wang Hao brought three unreliable students and a more reliable Paul Phil-Jones to the office.
Although their working atmosphere is very relaxed, the research results are still very gratifying. First of all, they have perfected the gravitational field and S-wave related theories, and constructed the underlying mathematical logic.
On this basis, Paul Phil-Jones asked two questions, "I am thinking about two questions. One is whether the S wave created by the strong annihilation force field is consistent with the way of creating the same direction current?"
"Second, if the S wave is regarded as a wave, will there be an upgrade problem?"
"Based on the second article, is there a direct correlation between the upgraded S wave and the strong annihilation force field?"
Wang Hao heard the three questions and immediately fell into thinking.
Helen, Chen Mengmeng and Ding Zhiqiang had heard about it a long time ago. They also thought about it for a while and conducted a series of analyses.
Are the two S waves the same?
Of course it's not consistent.
The reason is very simple. Co-directional current creates S and S-waves, but the strong annihilation force field does not have the conditions to create S and S-waves.
Paul Phil-Jones also thinks so, but the question is, if the manufacturing methods are different, are the S waves formed consistent?
Judging from the perspective of radiation monitoring, the S-waves finally formed are consistent because they analyzed the same difference fluctuations based on the radiation monitoring data. In other words, the S-waves finally formed caused the same radiation difference fluctuations.
The same goes for the probability S wave.
This creates a contradiction.
Wang Hao is concerned about the second and third questions: Will there be an upgraded S wave?
Is the upgraded S wave directly related to the strong annihilation force field?
The essence of a strong annihilation force field is space.
Only conventional strong annihilation force fields exist in conventional space, and strong annihilation force field spaces exist in strong annihilation force field areas.
The only difference between the two is the annihilation force field.
If there is an upgraded S wave, and the S wave appears in the strong annihilation force field area, it will create a strong annihilation force field space. In theory, it will expand the strong annihilation force field area?
Wang Hao couldn't think of an answer for a while, so he simply asked the others, "What do you think? Tell us your opinions."
Helen said, "I think it does exist. The upgraded S wave does not conflict with our theory. If it does not exist, a lot of problems will arise."
Chen Mengmeng added, "We have discussed it several times and we all believe that it exists. Otherwise, the existence of the strong annihilation force field itself will become a problem."
"We believe that the strong annihilation force field can be understood as being created with the support of upgraded S waves. In other words, the strong annihilation force field itself is created to create upgraded S waves that escape in all directions."
Ding Zhiqiang nodded and said, "I think so too."
Paul Phil-Jones added, "The key problem is that we don't know how to explain the direction problem in the strong annihilation force field. The strong annihilation force field is a field force, and S waves like S waves have directions."
"I've been thinking about this..."
Wang Hao was speechless when he heard this. He regretted letting them express their thoughts. It was also a problem that the students were too good.
This chapter is not over yet, please click on the next page to continue reading! They have said it, what else does he say?
"Hmm~~~"
Wang Hao thought carefully for a long time and said, "What you said makes sense, and the questions Paul raised are also very..."
Before he finished speaking, he suddenly noticed the system prompt--
[Task 2, inspiration value 20.]
Wang Hao was stunned for a moment. He almost forgot about Task 2 and quickly checked it carefully.
This S-difficulty mission was forgotten after it was established because the S-difficulty was too high.
According to past experience, only one NS equation has been completed at the S difficulty level. The rest of the research is either stuck, or only part of the problem has been solved, and there is no way forward.
Either...
The inspiration value increases very, very rarely.
‘Regional strong annihilation force releases F-rays’ belongs to the latter category. They completed the research on the gravitational field midway, perfected the annihilation particle technology, and even created a light pressure engine. As a result, the inspiration value only increased by seven points.
Even if the study's correlation is relatively small, an increase of only seven points is still too pitiful.
Now it suddenly increased by 20 points in one go. Obviously the new ideas are directly related to research.
"The direction of the strong annihilation force field?"
"This is such a great idea, I already know the next step."
Wang Hao said seriously, "The verification is actually very simple. We already have directional gravitational field technology."
"The strong annihilation force field is a strong annihilation force field compared to the conventional environment; similarly, the conventional environment is also a strong annihilation force field compared to the anti-gravity field."
"Then we can create a gravitational field to interfere with the anti-gravity field and see if it can affect the anti-gravity area."
"In this way, the correlation between the annihilation force and the S wave can be verified!"