Chapter 484: Hope, after all, it is just hope. First-order explosive bombs and anti-aircraft technology!
Wang Hao valued the research of Chen Mengmeng and Ding Zhiqiang very much. He decided to let the two of them do their research without being disturbed by other firms, and let others come over to share the assistant work.
Chen Mengmeng’s work is still very important.
She needs to be responsible for docking information and data with the Annihilation Force Field Experiment Group, the Antigravity Behavior Research Center, the Superconducting Materials Research Center and other institutions. She is also responsible for managing Wang Hao's emails and contact information, plus some conference-related matters.
It's still very complicated.
A lot of the information involves confidentiality issues, so it cannot be done by just one person, and there are very few suitable people.
Yan Jing is one of the suitable candidates.
Yan Jing is an old person at the Anti-Gravity Behavior Research Center. She has been responsible for experimental work at the Anti-Gravity Behavior Research Center. There will definitely be no problem in being transferred here as an assistant.
In this way, Chen Mengmeng can focus on his research work.
Under the guidance of Wang Hao, Chen Mengmeng and Ding Zhiqiang have found the next research direction-to demonstrate the non-conservation of parity at the particle boundary under the premise of energy primeization, in order to demonstrate the absolute zero.
The law of nonconservation of parity is a very important law in physics. It refers to the asymmetric motion of matter that is a mirror image of each other in weak interactions.
Before 1956, the scientific community had always believed that parity was conserved, which meant that the mirror image of a particle had exactly the same properties as itself.
However, a particle problem arises in parity conservation.
Scientists have found that the spin, mass, lifetime, charge, etc. of the two mesons, theta and t, are exactly the same. Most people think that theta and t mesons are the same kind of particles, but when the theta meson decays, two pi mesons are produced, and when the t meson decays,
3 are produced, which shows that they are different particles.
Later, after Li Zhengdao and Yang Zhenning studied various factors in depth, they boldly asserted that 't and θ are exactly the same kind of particles (later known as K mesons), but in a weak interaction environment, their motion patterns are different.
Not necessarily exactly the same'.
In other words, "θ-t" particles are not parity conserved under weak interaction.
This research result was questioned when it first appeared, because the scientific community pursues perfection, just like many mathematicians pursue perfection in mathematics. Many physicists believe that parity in the microscopic particle world is conserved.
"θ-t" particles, even if it is proven that parity is not conserved, are only treated as a special exception.
Later, the famous experimental physicist Wu Jianxiong used an ingenious experiment to verify "parity non-conservation". She used a strong magnetic field to change the spin direction of the cobalt 60 nucleus in a set of devices at extremely low temperatures (below 0.01K).
Turn to the left and turn the spin direction of the cobalt 60 nucleus in another device to the right.
The cobalt 60 in the two sets are mirror images of each other.
Experimental results show that the number of electrons emitted by cobalt 60 in the two devices is very different, and the directions of electron emission are not symmetrical to each other.
From then on, "parity is not conserved" was truly recognized.
This law has an important impact on particle physics and cosmology, and has also opened up new research directions in the fields of symmetry breaking and elementary particle physics.
Parity is not conserved and has become a physical law.
Past research was all based on 'parity non-conservation', just like the shaping of the Standard Model of Particles, where parity non-conservation is one of the theoretical foundations.
The research of Chen Mengmeng and Ding Zhiqiang is about the relationship between particle boundaries and "parity non-conservation". To put it bluntly, they use the "energy primeization" mode to shape the particle boundaries to explain why "parity" occurs.
non-conservation' problem.
This is a more in-depth study of theoretical physics.
"If this argument can be completed, it will solve the problem of particle tremors and explain why science cannot create absolute zero."
"By then, your research will be complete."
"That will become a systematic theory, which can be named "Energy Primerization: Particle Boundary Theory."
…
Wang Hao is very much looking forward to the research of the two students.
At the same time, he also did some work, that is, giving the definition of energy primeization to lay a good foundation for the theory.
Priming energy is a very good idea, but "whether energy can be primed" will definitely cause a series of disputes.
If the preposition of energy primeization violates some certain physics, the subsequent analysis will be meaningless no matter how wonderful it is.
"First of all, prime energy alone cannot be annihilated."
"Annihilation can only target prime nodes, tiny mass points, not scattered individual prime numbers."
"Secondly, prime energy cannot exist in high density alone. Densities beyond the critical line must exist relying on mass points or particles, otherwise they will dissipate quickly."
"The dissipation of prime number energy is not annihilated, but like particle annihilation, it will be quickly dispersed into the universe at the speed of light, eventually forming an equilibrium situation in the universe (cosmic microwave radiation background)."
"..."
Wang Hao thought about it and made a basic definition.
These definitions do not conflict with existing physics, and some of them are integrated into the system of the theory of cosmic expansion, which can support the basic existence of energy primeization.
"If relevant arguments can be completed, many existing theories can be revised based on this, combined with Helen and Paul's research..."
"Perhaps we can start demonstrating electromagnetism?"
"I just don't know if Helen and Paul have any brilliant ideas similar to 'energy primeization'..."
Wang Hao shook his head thoughtfully.
He still handed over the theoretical work to others, while he continued to focus on experiments and technical research. The work of the annihilation force field experimental team was already busy enough.
In addition, the nuclear fusion project team has also increased its workload.
As the general person in charge of the nuclear fusion engineering project team, Wang Hao is mainly responsible for leading the team to tackle key technologies or solve problems that others cannot solve.
With the materials and equipment of the project base in place, the foundation construction work is completed, and the engineering project officially begins.
Many components and modules in the design go into manufacturing and testing.
Wang Hao had to read a large number of reports every day, as well as some very important experimental data. Later, he simply decided to go to the experimental base to see the progress of the project on site.
at the same time.
A big event happened internationally.
Amerikan's well-known energy company Bein announced that it has successfully manufactured a superconducting battery. The new superconducting battery weighs only seven tons, can support high power output, and can be installed on aircraft for use.
Some media reported and analyzed that, “This also means that the ‘America Flying Saucer Project’ has been put on the agenda.”
"American has lateral anti-gravity technology, the only difference is energy, and Bein's results are very timely, so they can order Bein superconducting batteries to build American's anti-gravity aircraft (flying saucer).
"
This news is exciting enough.
In the past, only flower growers had created anti-gravity aircraft, while other countries' technologies were severely limited. The biggest limitation was energy power.
That is, superconducting batteries.
Now that Bein Company has successfully manufactured it, it means that they will soon start the "American flying saucer construction project."
At this time, some politicians are inevitably involved.
They appealed, "We must quickly establish the flying saucer project and develop a better aircraft than the flower grower."
"Speed is very important."
"It took the flower growers more than a year to create an air-ship aircraft. We are faster than them..."
These words are the sentiments of many people.
It seemed that it didn't take long for flower growers to develop superconducting batteries, and it didn't take them too long to build the first anti-gravity aircraft.
The speed of flower growers is unimaginable.
Many people naturally hope that Amrican will have the same speed and create a better aircraft than the Kongkan-2 series.
But hope, after all, is just hope.
The American military has long understood Bein's superconducting battery technology. They have only produced a test model that can run. The technology is far from perfect, and various problems will occur if it runs for a long time.
Superconducting battery technology is very important.
The military is very supportive of technical research, but the subsequent battery improvement will definitely take a long time. The only thing they can do is to design the aircraft around the battery.
When many aircraft experts were summoned, the information they gave was very different from their imagination. "Even if we do not consider the time required to perfect the battery, similar to the design, manufacturing, and first test flight of the Kongjian-2 aircraft, at least it takes
More than eight years."
"The development time for the F-35 is already very short, but it also took nearly ten years from design to test flight."
"The flying saucers to be designed now are all new technologies, from lateral anti-gravity technology to superconducting batteries. It took ten years to complete the first one from the first one to the test flight...the speed is already very fast."
This conclusion is disappointing.
The military representative immediately asked, "So how did the flower growers do it? Their air-to-ship series aircraft only take no more than two years at most!"
Although it is only an estimated data, the deviation will not be too large.
The first test flight of the Kongjian-1 aircraft was photographed. At that time, it was less than a year after the flower grower announced that he had mastered superconducting power storage technology.
Later tests were perfected and the speed was amazing.
The Kongjian-2, which now has the "invisible shield" function, has such high-end technology that even Amerikan cannot figure it out.
…
Bein Corporation announced the development of a superconducting battery, which many Amerikan people were looking forward to, but the military and senior officials felt a lot of pressure because they were unable to quickly develop an anti-gravity aircraft.
Ameriken's senior management held a meeting and once again decided to communicate with the flower growers.
They have continuously sent representatives to flower growers to discuss cooperation issues. In addition to some regular business cooperation, their focus is also on 'technological research and development cooperation'.
During the communication between the two parties, annihilation field technology was also discussed.
"The annihilation force field is basic physics research, and flower growers should consider opening up the results and technical information in the field of basic physics."
"In this direction, we can cooperate to a certain extent."
"Our Groom Lake Project has the largest and best team of scientists, and can conduct academic exchanges with corresponding scientific institutions of flower growers..."
"..."
The representative of Amrican said a lot, and he also got a very clear reply-no!
Anyone with a right mind knows that Amrican just wants to 'buy' technology, cooperation, academic exchanges, etc., and they are not qualified at all.
Wang Hao's team masters the most advanced annihilation field technology, and the basic technology of the equipment just produced by the Groom Lake Project was 'replaced' from the Antigravity Behavior Research Center.
The technical levels of the two parties are not equal, so there is no need for communication.
at the same time.
The flower growers and the military also took action.
Recently, the military has focused on two technology projects. One is F-ray release technology. They are already demonstrating the construction of several F-ray release equipment to assist in air defense tasks in key areas.
The other is the first-order deuterium-tritium fusion experiment.
This experiment was conducted by a team from the Institute of Nuclear Physics. They initially conducted first-order deuterium-deuterium fusion to lay the foundation for developing and improving controllable nuclear fusion equipment.
Later, he experimented with first-order deuterium-tritium fusion.
Deuterium-tritium fusion is obviously not just for the research of controllable nuclear fusion, but for the next step of upgrading nuclear weapons.
Judging from the current situation, it is necessary to increase the nuclear arsenal.
Even if nuclear weapons are not used under normal circumstances, increasing the size of the nuclear arsenal can also act as a deterrent. First-order deuterium and tritium fusion is used to produce nuclear weapons, and the effect is much better than conventional deuterium and tritium fusion. One is that the ignition requirement is reduced, and the other is that
The explosion intensity increased by more than four times.
This chapter is not finished yet, please click on the next page to continue reading the exciting content! In terms of the research and development of first-order deuterium-tritium explosive bombs, the technology is relatively simple. As long as there is a supply of materials, there will definitely be no problem.
F-rays are the key point.
The military sent representatives to the Annihilation Force Field Experimental Group. On the one hand, they visited the Annihilation Force Field Experimental Group to gain a certain understanding of cutting-edge technology.
On the other hand, it was to discuss the F-ray equipment issue with Wang Hao.
The leader of the military team is Xu Guomao, who is also the second-ranking decision-maker in the theater. After meeting Wang Hao, he said straightforwardly, "Academician Wang, we are studying the feasibility of using F-ray equipment to assist air defense missions."
"We visited the F-ray experimental group. The current F-ray equipment is technically strong enough, but it is too complicated..."
Liao Jianguo felt a little embarrassed. He explained and said, "That's it. They need more simplified technology. The built-in energy source of the anti-gravity field will cause safety risks, and it will also affect the use of external power and magnetic fields.
And maintenance will also be troublesome..."
Wang Hao asked doubtfully, "If it is only used for air defense assistance, the coverage range is within a hundred kilometers, right? There is no need for a built-in nuclear reactor, right?"
Liao Jianguo pursed his lips and reminded, "Other built-in energy sources are not sustainable."
Wang Hao suddenly understood.
F-rays use first-order iron-based superconducting DC anti-gravity technology. The initial anti-gravity field created is very low. It relies on external spiral magnetic field extrusion and built-in heat sources to increase the distance and intensity of the F-rays.
This creates a problem - a heat source must be built in!
The most high-end F-ray generating equipment now has a built-in heat source called a nuclear reactor, but the built-in nuclear reactor will make the use and maintenance of the equipment extremely complicated.
If other heat sources are built in, such as the simplest electric heat dissipation, there is a strong annihilation field outside, which will affect the normal power transmission, and continuity and stability will be a problem.
"Also, you need to consider the cost."
Xu Guomao shook his head and said, "The plan with a built-in nuclear reaction requires a large amount of continuous supply of electricity, and the maintenance cost is too high..."