Now Wang Hao has two major experimental studies to be carried out.
One is the annihilation force field experimental group. The CWF-043 granular material is basically in place, and the experimental group has begun to conduct demonstrations around CWF-043.
They need to refer to the morphology of CWF-043 particles, re-research the underlying infrastructure, and create corresponding DC strong annihilation force field equipment.
CWF-043 granular material is very promising.
Everyone in the experimental team believes that the force field performance of CWF-043 surpasses that of CWF-041 and can create an annihilation force field that is more than 20 times stronger.
Another large-scale experiment is carried out around nuclear fusion devices.
The nuclear fusion device has been carrying out a continuous deuterium-deuterium fusion reaction. It has been a month now, and the internal reaction has basically remained stable.
The continuous reaction experiment of nuclear fusion was planned to last one to three months. However, when the inside of the device was very stable, the project team decided to continue to extend the time and conduct a series of experimental research around the nuclear fusion device, including exciting
F-rays.
F-ray is the responsibility of Liao Jianjun’s team.
However, the F-ray release experiment surrounding the nuclear fusion device can only be led by Wang Hao himself, and no one else can obtain permission.
The nuclear fusion engineering research team is also preparing various experiments.
Many researchers prepare reports and papers more seriously. They only participate in one or two experiments, not all of them, including Wang Hao. He is only responsible for F-ray excitation experiments and does not participate in other experiments.
Before the F-ray excitation experiment of the nuclear fusion device, Wang Hao was relatively leisurely, and he was also carefully preparing reports and papers.
Among them, the results report is the most important.
International public opinion is centered around F-rays and deuterium-deuterium fusion, and many people are also talking about nuclear fusion engineering research projects. After a discussion, the superior leadership decided to announce the continuous reaction control of nuclear fusion after the internal reaction of the device is stable.
Results.
This is also to establish an international image.
In the field of cutting-edge science and technology surrounding annihilation force fields and superconducting technology, China is already far ahead compared to the world. Naturally, it is necessary to disclose some research progress in a timely manner to let everyone in the world know that China has occupied a leading position in science and technology.
Technology dominance is very important.
Just like Amerikan in the past, with the best scientific research environment, it was able to attract countless elite talents to join.
Only with more talents can we develop higher technologies.
Nowadays, in the field of domestic cutting-edge science and technology, American is far ahead, and we must establish an image of leading technology.
In addition, another consideration is that it makes no sense to keep nuclear fusion research progress secret.
The nuclear fusion project is too big.
Countless satellites around the world have aimed their lenses at the center of the base. The continuous reaction device will emit heat. As time goes by, it will be known that the continuous control of nuclear fusion has been successful.
…
at the same time.
Americen's senior management is constantly holding technology demonstration meetings.
The highest-level decision-makers are mainly concerned about two issues. One is annihilation rays. They have invited a large group of experts and scholars to discuss the feasibility of igniting nuclear fusion in annihilation force fields and its military use.
The other is controllable nuclear fusion technology.
Flower growers have mastered annihilation ray technology and rely on F rays for deuterium-deuterium fusion ignition. Now they have also created annihilation rays and can naturally perform deuterium-deuterium fusion ignition.
"So, can we start research on nuclear fusion?"
This is a question for decision makers.
When the relevant meeting was held, a large group of scientists supported starting the research project because they all wanted to be involved.
The research on nuclear fusion must be a very large-scale scientific research project.
Participate in it, and there will be no harm at all.
However, most people in the academic community are not optimistic about the research on starting nuclear fusion. They are very interested in igniting deuterium-deuterium fusion, but igniting nuclear fusion has nothing to do with controlling nuclear fusion.
The main difficulty in nuclear fusion research lies in ‘control’, which is why it is called ‘controllable nuclear fusion technology’. As for how to ignite, it is just a technical difficulty.
"What can we do to realize the ignition of deuterium-deuterium fusion?"
"This has nothing to do with controlling nuclear fusion!"
"As long as you think of deuterium-deuterium fusion as deuterium-tritium fusion, you will know that we have mastered the ignition of deuterium-deuterium fusion, which does not make much sense at all."
"Because we can't control deuterium-tritium fusion..."
"First, we need to achieve low-difficulty deuterium-tritium fusion, and then add deuterium-tritium fusion ignition technology to further control deuterium-tritium fusion."
While many scholars are not optimistic about it, they have also begun to discuss specific issues, saying, "There are too many difficulties, including design and materials."
"The tokamak device is not perfect. It is even said that it is just an ideal design. There are many problems to be solved. Their core technology is the annihilation field device. It is said that the tokamak device is also used..."
"Anyway, they haven't succeeded yet!"
There are a lot of discussions, a lot of people want to join, and a lot of people are not optimistic about it.
For large-scale nuclear fusion engineering research projects, just a few scientific and technological meetings were held, and it was obvious that the discussions would not lead to any results.
Amrican's decision-makers paid more attention to another issue - annihilation rays.
F-rays are considered a kind of military technology. They can accept falling behind in cutting-edge technology, but they cannot accept falling behind in military technology.
Amrican's international status is largely determined by its extremely powerful military power.
Nowadays, American is at an absolute disadvantage in terms of military technology related to cutting-edge technology. They know that in order to maintain their international status, they must improve their military technology.
At least, you need to know how to create an anti-gravity aircraft.
At the very least, investment must be made in research and development of annihilation ray generation technology.
These two points are critical.
When thinking about the high-end technology mastered by flower growers, many people in the military field have become anxious because they can no longer form a military deterrent to flower growers.
This chapter is not over yet, please click on the next page to continue reading! Annihilation ray technology has even broken the balance of international military power.
It turns out that nuclear weapons held by various countries deter each other. Once nuclear weapons are used, it means the outbreak of World War III.
That could be devastating.
Of course, the reckless use of nuclear weapons is still devastating, but under the influence of annihilation ray technology, the deterrent effect of nuclear weapons is relatively much smaller.
What if it takes a few more years?
If the flower growers' skills improve further, they may be able to master many unimaginable high-end military methods.
A lieutenant general-level officer said, "Currently, annihilation rays are only emitted from the ground. Judging from experiments, the coverage distance is limited, and at most it can threaten near-Earth satellites."
"What happens next?"
"If they continue their research, such as creating a near-Earth satellite that can release F-rays, then our homeland will be very dangerous..."
Many people felt sad after hearing this.
F-rays can detonate nuclear bombs. With satellites in space that release F-rays, they can target nuclear bases for direct strikes.
At that time, the local nuclear weapons reserve will become a giant bomb buried at home, which will be detonated by the opponent at any time.
That's really terrible!
…
International public opinion is still boiling.
Many people are discussing nuclear fusion, deuterium-deuterium fusion and mysterious annihilation rays. For a time, scientific and technological topics have become mainstream.
The Groom Lake project team was also highly praised by public opinion.
Empoli-Cubo's ability was recognized. He led the Annihilation Organization to create a strong annihilation force field generating device. Then he joined the Groom Lake Project Project Team and quickly discovered annihilation rays. His team research and development capabilities are undoubtedly excellent.
of.
Of course, no matter how good Kubo is, he will definitely not be able to keep up with Wang Hao.
In the field of cutting-edge science and technology surrounding annihilation force fields and superconducting technology, Wang Hao is the real first person. The generation technology of the annihilation ray discovered by Corot-James has long been mastered by Wang Hao's team.
Annihilation became the lost party.
They were forgotten.
To be continued...