The disclosure of the observation data of the Webb Astronomical Telescope, and professors Amelia and Bancroft specifically revealed the possible existence of "dark matter stars" in external news interviews, which undoubtedly caused a heated response in the academic community.
Soon, as the owner of the Webb telescope, NASA announced to the public.
They will adjust the observation mission of the James Webb Space Telescope in the near future and focus more observation resources on the three telescopes named JADES-GS-z13-0, JADES-GS-z12-0 and JADES-GS-z11-0.
to obtain more detailed and clear observation data to determine whether these three stars are legendary dark matter stars.
Putting aside the competition between Huami and Mi in the space field, NASA's announcement of its decision to conduct in-depth exploration to find dark matter stars has indeed aroused the interest of many people.
To this end, media reporters from AFP France News Agency found Professor Francois Engler, who lives in seclusion near the Free University of Brussels in Belgium.
This top physicist who was born in the early 1930s is now 94 years old, but he is still in good health and is willing to accept interviews from outside media reporters.
When asked about the void field dark matter theory and the latest discovery of suspected dark matter stars, Professor Francois Engler said.
"Early when the unified theory of strong electricity was completed, he had learned about the concepts related to Professor Xu Chuan's void field theory from his friends."
"It's just that at that time, this theory was just an idea, or more similar to thinking about the universe, rather than a formed theory. Unexpectedly, in less than two years, he had already transformed the void
The field theory has been perfected to this point.”
"Especially when it comes to the speculations and predictions of dark matter theory, the relevant views sound simply incredible. In some ways... Witten's string theory may not be as bold as he is."
"Whether it is the relationship between dark matter particles, the prediction of massive dark matter stars, or the explanation of the structure of celestial bodies such as black holes in the centers of galaxies, etc., these theories sound quite whimsical, but they are also theoretically logical and self-consistent.
Constructed the whole world.”
"Perhaps the places in the universe that we can't see are made up of the things he proposed."
"Of course, for academia, what's important is never the proposing of a novel theory."
"What matters is how we verify it."
"Just like Professor Witten's string theory, although both the theory and mathematical calculations are perfectly in line with logical operations, so far we have no way to prove that our world is made up of strings."
"For Professor Xu Chuan, it is important to find ways to confirm his theory through various experiments. Especially for the current particle physics community, we cannot directly observe dark matter particle information and can only use various side effects to detect dark matter particles.
means to verify these.”
"I'm very curious and looking forward to what he will do."
For today's physics community and detection methods, unless one or more revolutionary developments are made, the exploration of dark matter will always remain at the shallow surface.
Even though the CRHPC institution used collision experiments with energy levels above 35 Tev to initially detect information about the existence of dark matter particles, what was actually observed was just the 'waves' produced after the collision of dark matter particles and protons.
Today's CRHPC uses these fluctuation information data areas to infer the properties of dark matter particles. Just like the ancient people in the archaeological community who studied hundreds of thousands of years ago, they use skeletal information to reversely fill in the face, and finally simulate the appearance of the opponent.
Exactly what the ancient people looked like hundreds of thousands of years ago will always be a mystery to humans living in modern times.
Only if someone in the future invents a time machine and travels back hundreds and thousands of years will we be able to know.
The same goes for current dark matter detection. Only by further upgrading to detectors that can directly observe dark matter particles can humans know what these particles, which account for most of the mass in the universe, look like.
From the perspective of a physicist, Professor Francois Engler still hopes that Xu Chuan can solve this problem.
Of course, it would be better if the solution time could be shorter and could be completed in the little time he had left so that he could take a look before leaving.
.......
The waiting time is always long.
Of course, this is for those who are waiting for the results of the CRHPC collision experiment.
For the staff within the CRHPC institution, especially the physicists from various institutions who are analyzing experimental data in different energy level regions, they can't wait for time to pass more slowly.
In mid-June, just as everyone was eagerly awaiting the results, the 125 Tev energy level experiment of the sterile neutrino and dark matter verification collision experiment was finally completed.
All the data was uploaded to the database of the CRHPC organization, and the analysis work was carried out intensively.
In the office, Xu Chuan was not idle either.
On the contrary, it can be said that the analysis and processing of the results of the collision exploration experiment of sterile neutrinos and dark matter particles consumed almost all of his time.
Although at his current height, it is no longer possible to personally process the raw data as he did when analyzing the sterile neutrino manifestations at CERN a few years ago.
These tasks are now replaced by the huge CRHPC institution and physicists from all over the world, but in fact he still has a lot to do.
After all, this is the first time in human history that we have an in-depth understanding of dark matter particles and comprehensive detection of matter beyond the standard model.
The huge amount of data determines that it is impossible for him to conduct a detailed analysis of every segment of data.
But it is precisely because of this that he needs to stand in an overall perspective and conduct more careful testing of each group's analysis results to ensure that there are no problems.
After all, no matter what the reason, Xu Chuan did not want to suffer a big setback in the exploration of dark matter and the most important physical theory in his life.
The mountain of work and the review of the analysis results of multiple groups made Xu Chuan want to split himself into eight pieces, and insert one of himself into each analysis group. This would be great.
But obviously this is impossible.
After all, he is only one person, with only one brain and two hands. No matter how rationally he allocates his time, he cannot cover everything.
He didn't even have time to read the revised and optimized graduation thesis of his primary school student Liu Jiaying. He could only call her sister Liu Jiaxin and ask her to take a look.
...
The days passed like this day by day.
In mid-June, when Xu Chuan was busy conducting an overall analysis of the data from the collision detection experiment of sterile neutrinos and massive dark matter particles.
In the office, a call came to his mobile phone.
His eyes fell on the experimental data in his hand. Xu Chuan took his mobile phone from the table and answered the call: "Hello. Hello, who is this?"
"It's me, Chang Huaxiang."
On the other side of the phone, Academician Chang Huaxiang's voice came with a smile.
Hearing this familiar voice, Xu Chuan came back to his senses, put down the pen in his hand, smiled and asked: "How come Mr. Chang has time to call me today?"
On the other side of the phone, Chang Huaxiang said with a smile: "It seems that you are really busy and forgot."
"Forgot?" Xu Chuan was stunned for a moment and asked curiously: "What did I forget in my busy schedule?"
"Look what the date is today."
Hearing this, Xu Chuan glanced at the calendar on the table, June 19th.
"What happened on the 19th..."
After subconsciously telling the date, Xu Chuan was suddenly stunned for a moment, and a flash of lightning flashed in his mind: "Manned mission to Mars!"
He really almost forgot one thing. The work at the Xiashu Space Base, Huaguo, was also the first manned landing project on Mars.
For the development of the aerospace field, this is definitely an epic monument!
On the phone, Academician Chang Huaxiang smiled and joked: "You will probably forget everything about such an important thing."
After a slight pause, he continued with emotion: "But speaking of it, the void field dark matter theory you wrote is indeed important. Your understanding and speculation about dark matter and the universe are simply unimaginable. Even things like dark matter stars are unimaginable.
can be deduced from your theory."
Obviously, the paper that Xu Chuan previously published on the Arxiv preprint website is not only concerned by the physics community, but even scholars in the aerospace field like him have downloaded and watched it.
Although this is to a certain extent affected by the relationship between the two parties, it is enough to illustrate to a certain extent that the influence of this paper is not limited to its own field.
Xu Chuan smiled and said modestly: "They are just some ideas that have not yet been verified. I didn't expect you, Mr. Chang, to read them."
Hearing these calm words, Chang Huaxiang couldn't help but complain: "According to what you said, Einstein's theory of relativity, de Broglie's quantum theory, and Planck's quantum hypothesis were all in the past.
They are just untested ideas.”
Hearing this, Xu Chuan couldn't help but smile.
Although he is self-effacing, in terms of theoretical physics research, his achievements and those of those who are among the best in history are enough to compete with each other for ranking.
If the void field theory is completed and dark matter can be confirmed, then as time goes by, his influence will only become greater. Even in the future, it will not be unreasonable to compete for the position of the first person in physics.
possible things.
It is no exaggeration to say that this is a very terrifying thing.
After all, among the top tycoons in history, which one is not timeless and has gone through the baptism of time and the precipitation of time?
To be able to compete with them for first place in this world is something that has never been done before or since.
...
PS: I worked overtime to make up for yesterday’s update, sorry. There will be another chapter later.