The physicists at the scene were not the only scholars paying attention to the CRHPC acceptance report meeting.
Many scholars who were unable to come to China for various reasons, as well as universities and physics research institutions around the world, also paid great attention to this acceptance report meeting.
Although the media news reports have not yet come out, professional scholars in the field of physics have never relied on media news if they want to understand the progress and breakthroughs in their familiar fields.
They will find live videos of the acceptance report meeting through various channels, or learn information from friends who attended the report meeting.
Of course, it may also be a document waiting to be officially released to the public by the organization holding the report meeting.
Just like now, after the CRHPC agency uploaded the live video of the acceptance report meeting of the 125Tev energy level collision experiment between sterile neutrinos and massive dark matter particles to the official website, almost all the scholars who were paying attention to the latest progress of this research had expressions on their faces.
Expressing surprise and surprise.
It is not a big deal for the 125Tev energy level collision experiment to pass the acceptance test.
For scholars who keep paying attention to the research at CRHPC institutions, everyone knows that this will happen sooner or later.
But no one thought that at the report meeting, Professor Xu Chuan would complete such a result and make an astonishing prediction.
Ct sterile neutrino particles!
A medium-mass dark matter particle has a fission energy level in the 13Tev-17Tev range and a mass of up to 12.5Tev!
The most important thing is that this particle is outside the standard model!
It is a dark matter particle that has never been explored and confirmed by human civilization before today!
For many physicists, they were amazed not only by the Ct sterile neutrino particle itself, but also by the brand-new predictions made by that person at the lecture.
If it is true as predicted by Xu Chuan, then the massive dark matter particles in the early days of the universe were far more massive than the dark matter in the current universe.
This will play a key role in promoting the study of the origin of the universe, the formation of galaxies and other celestial structures and provide extremely important evidence and theory.
And compared to these, the conjectures he made in his final prophecy can be said to make everyone crazy.
"Our universe is not smooth. It may be like ocean waves, full of wrinkles."
"Maybe one day in the future, we can use the huge energy released by the fission of massive dark matter to distort the folds of space, and use the curvature characteristics of space itself to generate power, so that the spacecraft can safely sail at speeds several orders of magnitude faster than the speed of light.
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"Or it may be possible to use the energy released by dark matter to directly punch a hole in the wrinkled film of the universe and connect it to the universe that is several light years or even more distant."
These two sentences are very easy to understand for any physicist.
The former corresponds to one of the physics community's plans for faster-than-light travel, the curvature engine!
It is also called a 'warp drive' and is a super-light propulsion system.
Its working principle is based on Einstein's general theory of relativity, that is, the existence of matter will bend the surrounding space-time.
The curvature engine uses the curvature characteristics of space itself to generate power by creating an artificial "bubble" (curvature bubble) of normal space and time around the spacecraft, allowing the spacecraft to safely sail at speeds several orders of magnitude faster than the speed of light.
At the same time, it avoids the relativistic problem of time dilation.
The latter is also based on the concept of the 'Einstein Rosen Bridge' perfected by Einstein and another scientist, Nathan Rosen.
This is its academic name. If it is in science fiction novels or science fiction movies, it is usually called "wormhole", "space-time tunnel", "space hole" and other familiar names.
A wormhole is a special structure allowed to exist in the general theory of relativity, which can directly connect two points in space and time, no matter how far apart they are in space or time.
Simply put, a "wormhole" is a thin tube of space and time that connects distant regions of the universe.
It is equivalent to if it is on the surface of the earth and you want to rush from China to the United States, you need to cross the arc-shaped surface.
With a wormhole, you directly drill a hole into the ground, jump in, and then come out to the United States on the other side of the earth.
Using this characteristic of wormholes, it is possible for us to complete long-distance space travel or time travel in a short period of time.
But for modern physics, whether it is a curvature engine or an Einstein-Rosen bridge, they are just theoretical speculations and conjectures.
So far, scientists have observed no evidence of the existence of either one, and no one has even been able to complete the corresponding mathematics.
It is no exaggeration to say that almost every scholar who noticed this prediction was shocked. Some even exclaimed in disbelief, is time travel going to be realized in this era?
Many people are regretting why they did not choose to participate in this acceptance report meeting and missed such exciting content.
.......
At the same time, on the other side.
Compared to those scholars who regretted not being able to participate in this acceptance report meeting, the situation at the scene was obviously even crazier.
Just after Xu Chuan made this brand-new prediction and conjecture, when the applause that could shake up the entire lecture hall gradually stopped, the scholars and other staff in the venue, as well as the media reporters, also came to their senses.
Already.
Looking at the back of the man who was about to leave the venue, when the reporter who first reacted rushed over with a camera in his hand and tried to conduct an interview, the others also suddenly woke up.
Almost everyone stood up quickly and rushed towards the reporting table.
Some people follow Xu Chuan's footsteps, hoping to interview him or learn about issues such as dark matter, warp engines, and space-time wormholes.
Some people also walked towards the mobile blackboards standing on the reporting platform, hoping to take complete photos of them and take them back for further study.
All in all, the scene was chaotic.
If the staff within the CRHPC organization had not responded quickly, I am afraid that a serious stampede would have occurred at the acceptance report meeting today.
Of course, not everyone was crazy. There were still some relatively calm scholars who sat in their chairs and did not move.
Some of them saw the crowds of people crazily rushing to the front of the lecture hall and knew that they could not squeeze through. They had no choice but to sit back in their seats and took out their mobile phones from their pockets to record this historic moment.
There are also some real bosses who are sitting in their seats as steady as a rock at this moment, communicating with their friends with emotion.
Sitting in his seat, looking at the chaotic scene, Witten said with emotion.
"It's hard to imagine that he seems to have really found the secret about time and space. How long has it taken?"
Sitting next to him, Professor Frank Wilczek asked curiously: "What is the secret of time and space? I have heard you say this twice."
Although Witten had revealed some of Xu Chuan's research to him before, he was not very clear about the so-called secret of time and space he mentioned.
Research in the direction of Einstein Rosenbridge was proposed by Xu Chuan at the National Congress of Mathematicians in St. Petersburg in 2022. Wilczek is not a mathematician and did not participate in that meeting.
As for the subsequent void field theory, although he knew about it, there was no such content in it. At least as far as the papers related to the void field theory revealed and published by Xu Chuan so far, these things were not fully mentioned.
After recalling it in his mind, Witten said thoughtfully: "That was something that was proposed at the 2022 International Congress of Mathematicians. You are not a mathematician, so you did not attend that meeting."
"To put it simply, at that time, he was trying to use mathematics to explore the Einstein Rosen Bridge, that is, the mechanism of space-time wormholes that can travel through the time and space of the universe."
"He tried to build a complete theory based on Einstein's general theory of relativity through mathematics, using high-dimensional space and topology and related mathematical theories."
Upon hearing this, Wilzek asked quickly with interest: "Did he succeed?"
Witten shook his head and said, "Probably not."
After a pause, he continued: "During the discussion at the conference at that time, he proposed that the curvature of time and space would construct the Einstein Rosen Bridge, which is the concept of a 'wormhole'. But he believed that under normal circumstances, they
Being in a 'silent' state in the universe requires huge energy or a certain kind of particle or something to turn on and stabilize..."
"However, no results were produced at the discussion at that time. I also contacted him later to inquire about the progress in this area, but found nothing."
Wilzek thought for a while and said, "You just said that he might have found the secret about time and space and found the mysterious particle?"
Witten: "I don't know."
Wilzek: “???I don’t know what it means?”
Witten shrugged and said: "If you don't know, you just don't know. For research in this area, I'm afraid you can only get some answers by asking him personally."
"Then what are you waiting for? Go find him now."
With that said, Frank Wilzek was about to get up and drag his friend with him to find Xu Chuan.
However, Witten's body sitting on the chair did not move at all. His eyes fell on the blackboards on the reporting table that were surrounded by people, and he spoke lightly.
"Don't waste your efforts. I guess he may be perfecting this part of the matter in the office right now. Even if you go there, you may not be able to get any answers."
"If there are results from this kind of theoretical research, he will definitely announce them as soon as possible. Just wait."
"If you have this time, you might as well study how he calculates dark matter particles."