In the auditorium that can accommodate ten thousand people, a grand event that attracts worldwide attention is taking place.
When Xu Chuan stepped onto the stage again and the big screen came down, the atmosphere in the venue reached a whole new level.
The applause was like a heat wave, one after another.
A collision experiment of 130 trillion electron volts. There is no doubt that this is the most magnificent high-energy physics experiment to be conducted in human history!
Standing in the center of the stage, Xu Chuan had a smile on his lips and a confident light in his eyes.
After the applause in the venue stopped, he took a deep breath and said smoothly and clearly:
"The first 130Tev energy level collision experiment of the CRHPC Ring Strong Particle Collider will officially start in ten minutes."
"The glory is coming, let us witness this historic moment together!"
On the projection screen, the screen immediately jumped, and different working groups were shown working in an intense and orderly manner on different screens.
At the same time, clear reports echoed throughout the venue along with the sound, reaching the ears of everyone with hope in their eyes.
[The preparations for the CRHPC fusion reactor are completed, and the energy supply adjustment is all normal!]
[The track has been cleaned and it has been repeatedly confirmed that there are no problems!]
【The energy supply system is in good condition!】
[The superconducting system is stable and liquid nitrogen circulation cooling has been completed!]
【......】
[Detector calibration completed!]
[Collision target energy level: 130 trillion electron volts!]
When all the preparations were completed, everyone in the tens of thousands of people held their breath, and the sound of a pindrop could be heard in silence.
On the stage, Xu Chuan took a deep breath and gave the order
"Release the particle swarm!"
Following the steady and powerful instructions, the staff who had already made all preparations started their work in a stable and orderly manner.
Different from the first 17Tev energy level collision work, after more than ten days of stable acceleration, the particle clusters in the main pipeline energy storage ring have already been accelerated to the target energy level.
As the command fell, particle clusters that could simulate the explosion of the universe 15 billion years ago collided together at the detector.
The sparks and debris lased, the embodiment of energy and matter, and the detectors deployed on the pipes completely recorded this dazzling light.
When the original collision data was processed by the supercomputing center and put on the screen, the rough energy spectrum images pushed the atmosphere in the conference venue to the highest peak.
Everyone couldn't help but stand up, gave thunderous applause, and cheered for this moment from the bottom of their hearts.
The collision of particles at an energy level of 130 trillion electron volts creates the most beautiful and brilliant scenery in the world!
...
At the same time, on the other side of Eurasia.
In the headquarters building of CERN in Geneva.
The acceptance report meeting for the coupling constant detection data of strong electric symmetry breaking is also being held.
This conference, which can also be described as "attracting worldwide attention", was arranged by CERN in the largest lecture hall No. 1.
On the reporting table, the Dalitz diagram of the 5sigma confidence level of the coupling constant detection data of strong electric symmetry breaking has been released.
Under the report stage, the acceptance team arranged by CERN and top physicists from all over the world sat in the front row, listening carefully and carefully to the work report of Professor Fox Hale of Stanford University.
As time goes by, the reporting work gradually comes to an end.
In the second row of the lecture hall, the white-haired Professor Sheldon Glashow asked Professor von Klitzing next to him: "What do you think?"
After staring at the Dalitz diagram that had been released on the stage, and thinking for a while, Professor Klitzing replied: "The logic is self-consistent, and there is nothing wrong with the Dalitz diagram from the data point of view. At least I can't find it.
What shortcomings are there?”
"but....."
"But what?"
Klitsin shook his head and said, "It's nothing."
After casually saying something to Professor Glashow, Klitzing stared at the PPT picture on the stage. On it, the Dalitz diagram of the coupling constant of strong electric symmetry breaking was deeply engraved in his eyes.
For him, this is not the first time he has participated in the acceptance work report of high energy physics theory, and he has even served as a member of the acceptance team many times.
But to be honest, this was the first time he had seen such a perfect acceptance report.
From the moment Professor Fox Hale from Stanford University came on stage to report on his work, to the other party's work report, to the raw data, analytical data, Daritz chart data, etc., almost everything went incredibly smoothly.
Although the Unified Theory of Strong Electricity made predictions in advance, the acceptance report meeting went so smoothly with almost no doubts, which always made him feel a little uneasy.
But he couldn't find where this uneasiness came from.
After all, judging from the various data in the reporting work and the situation in the question-and-answer session, it can be said that the acceptance of the coupling constant for strong electric symmetry breaking this time was very perfect.
"The original data is correct, the analyzed data is correct, and there is no problem with the Dalitz diagram... there should be no problem."
After carefully checking all the data silently in his heart, Klitsin also let go of his uneasiness.
After all, science speaks with data, rather than relying on your own feelings.
On the side, Professor Sheldon Glashow did not feel this way. He smiled and said: "It seems that the unified theory of strong electricity is about to be verified. I didn't expect to see this great result in my lifetime."
After a slight pause, he looked at the reporting table and said with some emotion: "It's a pity that Professor Xu Chuan is not here and missed this historic moment."
Hearing this familiar name, Professor von Klitzing's heart moved.
If there is anyone who knows the unified theory of strong electricity and the coupling constant of strong electric symmetry breaking better than everyone present, it is only Professor Xu Chuan.
This chapter is not over yet, please click on the next page to continue reading! Maybe you can send him the relevant acceptance report video.
After thinking about it, von Klitzing decided to go to the CERN Board of Directors later to ask for a video of the original acceptance report and take it to China along the way.
........
The afternoon of August 1, China time.
After only half a day, the news that the CRHPC Ring Strong Particle Collider was successfully launched and successfully completed the 130 Tev energy level collision experiment was delivered to every corner of the world as if on a rocket.
And the reports related to it have appeared on the news panels of major media without any suspense.
In this regard, domestic and foreign countries are divided into two completely different surfaces.
Regarding the work of CRHPC, it can be said that domestic reports are all positive, or they wish CRHPC success in its scientific research work.
In foreign countries, relevant news reports are much more complicated.
There are both positive and negative.
[The Large Strong Particle Collider of China's CRHPC institution broke through the 130TeV energy level for the first time, and high-energy physics research has entered a new era!]
[Exploration of the microscopic world, China is simulating the scene of the Big Bang!]
[InsulateBritain environmental protection agency issued a warning that the operation of the CRHPC collider is very likely to cause instability in the global magnetic field and trigger a huge geological disaster...]
[Beware! The CRHPC strong collider is very likely to create a black hole that will destroy the entire world!]
[BBC broadcast media stated that collision energy levels as high as 130 Tev may trigger vacuum decay, thereby endangering the earth and even the entire universe! 】
【......】
In the CRHPC headquarters building, in his office, Xu Chuan was sitting on the sofa, flipping through the news on his tablet, and taking the brewed tea from the newly recruited female assistant.
Looking at these exaggerated titles, from the instability of the global magnetic field and geological disasters, to black holes endangering the entire earth, to endangering the entire universe...
Xu Chuan couldn't help but shake his head.
This group of unscrupulous media is simply outrageous.
On the side, Senior Brother Lin Feng, who was sipping the coffee in his hand, looked over and asked curiously: "What's wrong?"
Xu Chuan smiled, handed over the tablet in his hand, and said, "I just saw some interesting news."
Lin Feng took the tablet, flipped it over and threw it directly on the coffee table. He couldn't help but complained: "You are still reading this?"
Xu Chuan smiled and said: "It's quite interesting to see it occasionally, isn't it?"
Lin Feng shook his head and said: "I think they should implement nine-year compulsory education. It will harm the universe."
Xu Chuan laughed and said: "Thanks to the BBC media, it seems that I consulted with a physicist this time? I actually understand vacuum decay."
Although I know that foreign media will definitely deliberately guide public opinion and criticize the work of CRHPC, but at least find a more reliable reason?
Black hole? Vacuum decay?
What are these?
The Large Strong Particle Collider can indeed create black holes in theory, and CERN even did this ten years ago.
But a collider with an energy level of 100 Tev wants to create a black hole that can swallow the earth. Not to mention that the circumference is only 62 kilometers, and even building a super collider around the equator is not enough.
Just relying on this energy level is like the atomic bomb that people have in mind that can destroy the earth.
In fact, detonating all the atomic bombs currently owned by mankind at the same time would only be enough to scratch the earth.
The damage was no different from an adult who scratched a little bit of his skin, and there was even no blood.
As for vacuum decay...
Thanks to the BBC for their efforts.
Maybe it was because you gave them a slap in the face last time and made them hold a grudge?
They don’t know which physicist they interviewed, or which nook and cranny they dug out the information from.
Vacuum decay refers to a quantum transition, that is, the transition process from a quantum at a high energy level to a low energy level. Its basic principle is Werner Heisenberg's uncertainty principle.
For example, a photon or an electron cannot have a definite position and a definite momentum at the same time.
The uncertainty of energy will lead to some strange effects. Particles such as photons can suddenly be generated from nothingness, but then disappear immediately again. The probability of this phenomenon occurring is one of the above-mentioned strange effects.
In the science fiction novel "Chao Wen Dao" written by Liu Cixin, the concept of vacuum decay once appeared.
In the novel, once a high-energy particle accelerator is used to accelerate particles to an energy close to the creation of the universe, vacuum decay will be triggered. The phenomenon of vacuum decay will spread to the universe at the speed of light, and its energy will be concentrated at the edge of the diffusion, quickly swallowing up the outside, and destroying it.
All contents.
But this is just a theoretical speculation. In all past experiments, vacuum decay has not occurred in the vacuum state of the modern universe.
As for the reason, no one can tell.
Maybe it's the energy that blocks the current vacuum from the "real vacuum"? Or maybe it's the instability of the vacuum? Or maybe it's other unknown factors?
Anyway, at present, no one knows what real vacuum decay is, after all, it has never really happened.
But looking back, even if the phenomenon of vacuum decay is theoretically established, if you want to trigger this condition through a collider, I am afraid that a super collider with a diameter of 100,000 light-years around the Milky Way may not necessarily have this energy level.
It’s really nonsense to talk about this with CRHPC’s energy level of just over 100 Tev.
.......
PS: Second update, please give me a monthly ticket.