Helen's idea was quite satisfactory.
Chen Mengmeng's idea is very interesting. She proposed the concept of 'anti-energy', and the explanation was very vague. However, if the concept is improved after the concept is proposed, it may become a very interesting theory.
This is what theoretical physics is like.
Theoretical physics does not pursue complete reality, but uses mathematical logic to explain unexplainable physical phenomena. It only needs to be logically self-consistent.
This is true for most physical theories. It sounds very absurd and cannot be proven, but it is accepted by many scholars.
What they accept is not the overall explanation but the mathematical logic within it.
Counter energy.
The concept sounds interesting.
Of course, it can only be said to be interesting for the time being. There are many more interesting theories in international physics, such as the similar and influential 'antimatter theory'.
100 years ago, Eagle physicist Paul Dirac proposed the concept of antimatter. Every particle should have an opposite antiparticle.
For example, antielectrons have exactly the same mass as electrons, but carry exactly the opposite charge, and the spin quantum number of antielectrons is -1/2 instead of positive 1/2.
For a hundred years now, the physics community has been 'searching' for antimatter. Some institutions claim to have found antimatter, and some institutions claim to have confirmed the existence of antimatter.
for example--
In 1995, the Continental Nuclear Research Center announced that they had produced the world's first batch of antimatter, antihydrogen atoms, in the laboratory. The next year, Amrican's Fermi National Accelerator Laboratory successfully produced seven antihydrogen atoms. atom.
In 2010, scientists at the Continental Atomic Research Center announced that they had captured a small amount of "antimatter" through the Large Hadron Collider.
etc.
Even with so many 'experimental discoveries', many scholars still do not believe in the existence of antimatter, because there is no direct evidence in the field of experimental physics or astrophysics that what they discovered is 'antimatter'.
A simple understanding of these findings is just a theoretical explanation.
For example, in particle collision experiments, the 'antihydrogen atoms' discovered were because 'hydrogen atoms' disappeared and exploded with energy during the experiment.
Other experimental statements are similar.
As for the so-called observations in astronomy, they are nothing more than explanations for phenomena "tens of millions of light years away" from the perspective of the existence of antimatter.
None of this is direct evidence.
Until now, antimatter has been just a theory.
The 'anti-energy' proposed by Chen Mengmeng can also be used as a theory to explain unexplainable phenomena and problems, and in this way can also promote the development of annihilation theory.
Most of the current core contents of annihilation theory are based on experiments. Because of this, annihilation theory has developed so quickly and become a separate discipline of 'annihilation physics'.
However, a theoretical development cannot all be supported by experiments, and it also needs to be expanded to explain more physical phenomena.
The annihilation theory is much deeper than other theories.
If we continue to expand in depth, we can analyze the basics of physics, such as the speed of light, absolute zero, non-conservation of parity and other physical issues, and we can explain 'why these physical phenomena exist'.
It's like the eleven dimensions of string theory and the brane universe theory.
Of course, these cannot be proven, but at the same time, they cannot be proven to be wrong. They are just extensions of the theory to explain astronomical phenomena.
…
Material testing center.
Shen Huiming's team received good news. The strong annihilation force field generation equipment they applied for has arrived.
The Annihilation Field Experiment Team dispatched Qian Xu'an from the equipment team and led the rest of the team to help install and debug the new equipment.
Qian Xue'an is one of the leaders of the experimental team and is also responsible for equipment issues. Installing and debugging small equipment couldn't be easier. It only took less than two days to complete all the work.
Shen Huiming's team also followed to test the performance of the equipment.
They were all very surprised.
Except for Shen Huiming, everyone in the team was exposed to a strong annihilation field generating device for the first time, so they were naturally very surprised.
Xu Hua is doing better. She has cooperated with the annihilation field experimental team and has been exposed to high-magnification strong annihilation field equipment, but she is still very interested in low-magnification equipment.
This new equipment creates an annihilation force field with a very low magnification, with three adjustable intensity levels of 1.40 magnification, 2.59 magnification and 3.54 magnification.
In the first equipment experiment, the lowest power was turned on, and only a 'superposition force field' with a magnification of 1.40 was created.
With a 1.40-magnification 'superposition force field', almost nothing can be seen on the periphery.
When the magnification is increased to 2.59 times, energy can be annihilated to a certain extent, but photons cannot be directly annihilated. In theory, it will reduce the frequency of electromagnetic waves.
This is the intensity magnification at which Xu Hua conducted his experiments.
Shen Huiming's team used a 3.54 magnification. The dim color can be clearly seen at the field force, and the light has been annihilated.
They want to use first-order materials to create high-frequency first-order electromagnetic waves under a 3.54-magnification field force.
Many people in the team can't wait, but they still have to assist Xu Hua to complete the experiment first. With the cooperation of low-magnification strong annihilation force field equipment, the experiment will not be difficult at all.
The experiment is to let electromagnetic waves pass through a strong annihilation force field.
After that, the electromagnetic wave intensity is measured. The experiment needs to be carried out many times. Waves of different frequencies such as long waves, short waves, and visible light will be tested.
In the visible light measurement experiment, it can be found that the visible light obviously becomes dimmer during the process of passing through the strong annihilation force field, but it becomes bright again after passing out the field force.
The results can already be seen here.
After the experiment was over, Xu Hua made a special trip to Xihai University to report the results to Wang Hao, "We have been able to confirm that antigravity fields and strong annihilation fields will not affect the intensity of electromagnetic waves, their speed and intensity. , only related to the strength of the annihilation force field."
Wang Hao nodded after hearing this, "This experiment is indeed very important. We have always believed that strong annihilation fields will weaken electromagnetic waves, but it seems that this is not the case."
"Thank you, Professor Xu."
"This is my job." Xu Hua was very happy to have completed the research. He was very excited just thinking about being able to participate in research related to the annihilation force field.
Wang Hao continued, "You can use this to publish experimental results, and we will cooperate to publish relevant content."
"Don't you need to keep it secret?"
Xu Hua asked doubtfully.
Wang Hao shook his head, "It's just a low-magnification field force. It belongs to conventional physics research. However, the paper must be reviewed for confidentiality and no equipment-related content can appear."
Xu Hua nodded vigorously with some excitement.
Everyone hopes that their research can be published, but internal publication will definitely not be seen by more people than formal publication in top academic journals.
Wang Hao definitely supports the release of the results.
These basic research experiments need to be known to more people so that more people can participate in related theoretical research, which is beneficial to improving the annihilation theory.
Now annihilation theory has become a major subject in physics. Many top physicists are involved in theoretical and experimental research, especially theory-related research. Everyone involved can be said to be a 'top genius', and they also contribute to the theory. Made a great contribution to its improvement.
There have been tens of thousands of related papers on annihilation theory, including the connection between annihilation theory and quantum physics, the expansion of annihilation theory in the field of astronomy, and the connection and analysis with microscopic force fields, etc.
There are also very influential studies.
Spanish scientist Rudique Fernandez Sanchez is a famous scholar in the field of annihilation theory. He is a top scholar at the European Nuclear Research Organization. After turning to study annihilation theory, he published "The Physics of Annihilation in Particle Collisions" for the first time. It caused a huge response.
Later, Ruddick's "Annihilation Force and Strong Force" analyzed the principle of the emergence of strong forces between quarks in an annihilation force field environment, which was widely recognized by the physics community.
In fact, Ruddick's analysis of strong force is not perfect, and there are some parts that cannot be explained. However, the wonderful mathematical content contained in it is considered to be 'perfect mathematical art'.
At the same time, his research connected the basis of prime number energy, the two-point five-dimensional edge topology and the problem of mass point existence, and integrated it into the core system of annihilation theory in a perfect way.
Some scholars call the research paper 'a standard way for the annihilation force to connect the three major microscopic forces'.
…
Groom Lake Project Experimental Base.
Empoli Kubo pressed his forehead with his hand and looked at Collot James with a distressed look, "Can we only wait for first-order silver? Or other beta elements..."
"Now we can only do basic experiments, and there is no progress at all in research."
James shrugged helplessly and said, "What else can I do?" He rubbed his eyes vigorously as he spoke, and then took his hand away to clearly see the dark circles under his eyes.
Cooper was a little helpless, "I heard you went to Las Vegas?"
James' eyes suddenly lit up and he said proudly, "It's very interesting. Last night was such a wonderful memory." He pursed his lips as he spoke.
"Tell me about it." Kubo's expression was a little weak.
"You want to learn how to pick up girls? This is my secret!" James raised the corners of his mouth hard.
Kubo was a little curious, "What other skills are there? Isn't it just..." He made a gesture of counting money with his fingers.
"Vulgar!"
James made a disdainful comment and said, "Should I do that? Now I am a celebrity. I told them I was a celebrity and showed them a short video about me."
"that's all?"
"Of course not," James said. "It turns out they don't care at all. This is all due to the short video software. Many people will shoot some funny videos, which can attract a lot of clicks...those people seem to have become stars."
"They treat me like the same person."
"This is such a shame! They actually equate me with those who post stupid and prank videos." James said very dissatisfied.
Cooper curled his lips and said, "I can think that you are discriminating? Occupational discrimination, academic discrimination... IQ discrimination?"
James said nonchalantly, "Whatever you think, but I still succeeded."
"Three~~"
Cooper swallowed his breath and asked in surprise, "How did you do it?"
"I told them that I would take you to the Venetian (name of casino) tomorrow and let you have a good time. I would pay for it! Then I showed them a large stack of bills."
"...Isn't that still money? And, you foot the bill? That's a big deal!" Kubo opened his mouth in surprise.
"Am I that stupid?"
James said, "That's why I said 'tomorrow'. I had a good night, got up in the morning and left early. You know, I am needed here more."
"Of course, if they are not satisfied, they can ask the police to come here to arrest me."
Kubo was stunned when he heard this. He turned his head and looked at the two armed soldiers at the door. It took him a long time to say, "You...are such a bastard!"
"Thank you for the compliment."
James didn't care at all.
Cooper was very helpless towards James, but he was still a little envious in his heart. There were three of them, and they didn’t spend any money... ahem.
He quickly shook his head vigorously and asked, "Korot, don't you regret it? You didn't join the military project, and as a result, Prier became the person in charge."
"Let him go, I don't envy him."
James said, "I enjoy my current life very much. It's relaxed and I don't have to do anything. This is exactly what I want."
"I knew it!"
Cooper rubbed his forehead vigorously, "Actually, I'm a little envious of Prior. There's no pressure to study F-rays. It's a pity that I can only go to Groom Lake."
While the two were talking, the phone on the table suddenly rang.
Cooper picked up the phone and said a few words, then his face became dull. He put down the phone with extreme shock and said, "Now I don't envy Prior."
"Why?"
"he died……"
"ah?"
James was shocked.
Cooper said, "An accident occurred in that military project. There was a big explosion during the first operation of the equipment. Prior was there at the time."
"He may have seen God..."
…
American, F-ray R&D base.
A day ago, the base was still busy, with many top scientists and engineers gathered around a newly installed strong annihilation field generating equipment.
This equipment was quickly assembled and manufactured using materials and equipment provided by the Groom Lake Project Team. In theory, the performance is the same.
The difference is that the military has high-end small nuclear reactor technology.
Prior believed that the strong annihilation force field generating equipment could also support a higher built-in heat source, so the project team decided to increase the intensity of the nuclear reaction.
As a result, a major accident occurred.
The built-in heat source penetrated the thin layer of the strong annihilation force field and disabled the peripheral magnetic field equipment in just a few seconds, causing a sudden big explosion.
The center of the base is now in ruins.
A group of people wearing radiation protection suits came to the scene. Nuclear physics expert Blanc DeSantis judged, "The explosion yield is equivalent to more than 500 kilograms of TNT."
He then wondered, "The material abundance of the built-in nuclear reactor is less than 20%. Normally, even if there are no external field forces and equipment restrictions, a strong explosion will not occur."
One official asked, "So, why did the explosion happen?"
"this……"
DeSantis pursed his lips hard and said, "You have to ask the person in charge of the experiment."
"Prior?"
"The person in charge of the experiment?" DeSantis asked, "Where are the others? Why didn't they see it?"
The official spread his hand and pointed at a black object in the center, "Maybe it's that one. We still need to do DNA testing to identify it."
"..."
