Chapter 1147 Advanced Theory

As the new year passed, physicists from Huaguo returned to Shanghai one after another, and the headquarters of IMCRC became lively again.

And the media that had previously clamored for IMCRC to be shut down and ignited a wave of enthusiasm, died down as if nothing had happened.

It's business as usual.

Although the scholars from Brookhaven National Laboratory will probably not come, only a small number of people have left the project. Even though there are still some people who are not optimistic about the 750Gev project that has been going on for a month without any progress, they can Most people will not give up the opportunity to change the name on the paper.

Even according to the usual practice, the signatures of such large-scale international scientific research cooperation projects may be as thick as more than a dozen pages, and they are still sorted alphabetically.

But this can still be regarded as an effective scientific research resume, and it will be helpful whether you go to a university or a research institute in the future.

office.

Seeing Lu Zhou knocking on the door, Professor Weiteng took off the glasses on the bridge of his nose and said with a smile.

"how was your vacation?"

Lu Zhou: "It's quite fulfilling."

Looking at the stack of papers in Lu Zhou's hand, Wei Teng said with a smile.

"It seems you haven't had much rest."

"In front of this exciting achievement, even if I want to rest, I'm afraid it will be difficult to really relax."

Seeing the confident expression on Lu Zhou's face, Wei Teng's eyes were filled with surprise, and his eyebrows were quickly raised half a point with interest.

"You already have an idea?"

"It's more than just a clue." Lu Zhou smiled confidently and threw the document in his hand on the table. "Do you still remember the pendulum theory I mentioned years ago? I perfected it during the Chinese New Year. .”

Without expressing any opinion, Wei Teng quickly picked up the stack of documents on the table and browsed carefully.

Lu Zhou was not in a hurry, walked to the side and poured himself a cup of coffee, sat on the sofa and waited quietly.

Thanks for the inspiration from that memory.

Although that Dr. Ryan didn't directly tell him any theory related to particles in the 750Gev energy region, or even physics, there are some things that don't need to be stated clearly. Just knowing its existence is already a big cheat.

For example, the concept of hyperspace.

If it is assumed that the hyperspace theory exists, then Einstein's wormhole theory is possible.

Based on this logic, assuming that the characteristic peaks in the 750Gev energy region correspond to certain elementary particles that partially exist in the hyperspace, then the phenomenon that the lack of confidence can repeatedly appear in people's field of vision can be explained It works.

The theories that Lu Zhou deduced through mathematical methods before are also tenable.

Similar examples are not uncommon in physics. For example, when explaining the "broken" phenomenon of the grand unified gauge symmetry at the energy of 10^15GeV, there is a point of view that starts from supersymmetry and provides a similarly described The framework of fermions and bosons makes it possible to add another four-dimensional hyperspace to accommodate the strange geometric properties of fermions in the four-dimensional space-time in the sense of Minkowski space.

The hyperspace theory, however, is unproven.

But this also shows in turn that if the logic of this paper is self-consistent, and this particle can really be found, it may become evidence of the existence of hyperspace!

The fingers pinching the paper kept trembling, and the surprise in Professor Witten's eyes became more and more intense.

Ten minutes passed like this, he raised his trembling index finger and pushed his glasses, muttering to himself.

"Interesting... hyperspace theory?"

After taking a sip of coffee, Lu Zhou explained casually.

"Strictly speaking, it should be a guess based on the hyperspace theory. It is too difficult for me to complete such a huge proposition as the hyperspace theory, such as the most critical gravity. Part of it, modern physics knows too little about it... However, maybe after this experiment is over, I may complete this part."

After a pause, he added a sentence and continued.

"Of course, it depends on what we find out from the experiments."

"Unbelievable..." Putting down the paper in his hand, Professor Weiteng looked up at Lu Zhou, and said in an uncontrollable excited voice, "You know what? I am looking forward to tomorrow more and more."

Lu Zhou smiled and said, "I look forward to it more than you."

Before the end of the year, he was eager to start the second round of experiments earlier.

This time, he must personally find out the ghost that has been hiding with him for seven years from the mist in which it hides!

Witten: "Are you going to publish this paper now?"

"Of course good things should be shared with everyone, I plan to hang the preprint on Arxiv," Lu Zhou joked and continued, "If the experimental results are satisfactory, I will attach the experimental results to the paper and send them to " The main issue of Future."

...

After more than a month of silence, IMCRC's research seems to have made new progress.

As Lu Zhou's paper on the theory of hyperspace and the possibility of guessing the characteristic peak of 750Gev was uploaded to the Arxiv website, it immediately caused a huge response in the physics community.

While people were surprised by the "advanced" thinking shown in this paper, they were also surprised that Lu Zhou chose to release the paper at this time.

In short, there are voices for and against it.

Some people commented that Lu Zhou may be too optimistic about the hyperspace theory, and the conjectures based on conjectures are unreliable. Some people think that this is indeed a good idea, which can well explain part of the mass loss in high-energy physics experiments.” quality” whereabouts.

If those fragments entered the hyperspace, or were presented in a higher-dimensional form, then there is really no way to be discovered by traditional observation methods.

In any case, this paper can be regarded as an academic answer to the question of "why study the 750Gev signal".

If this conclusion is true, it will not only greatly improve the part that is not mentioned in the standard model, but also open the field of physics to study the internal structure of elementary particles, allowing physics to go deep into a world more mysterious than the Higgs particle middle……

"Hyperspace theory?"

Sitting on the office chair, looking at the paper printed out in his hand, Professor Whittle had a contemptuous expression on his face, "throwing the unknowable to the unknowable wormhole, physics is getting more and more serious now. convenient."

He has finished reading the thesis.

I can barely understand it.

But what was described in the paper made him scoff.

The existence of hyperspace itself is a controversial topic in physics, the root of which is that the unidirectionality of time is one of the most basic observational facts in physics and even in all natural sciences. Completely deny this point, but so far the research in physics has pushed its existence to a position that is contrary to this "most basic observational fact".

"I think...his papers are quite interesting." Sitting not far from Professor Whittle, an old professor with a thin beard pushed his glasses on the bridge of his nose and said with great interest, "If he really Finding this fragment outside of the Standard Model could be the greatest discovery in physics in over a decade. Honestly... we really shouldn't have missed this opportunity."

It is easy to verify the Standard Model, and what the high-energy physics community has done most in the past ten years is to continuously verify the conclusions of Einstein.

However, it is too difficult to find a piece of the puzzle that lies outside the standard model.

The old professor's statement obviously aroused Whittle's dissatisfaction.

Snorting with his nose, he continued in a mocking tone.

"The greatest physics discovery in more than a decade? Hehe, let's live his dream."

Although he was still talking about being brave, in fact, when he read this paper, even Professor Whittle himself didn't realize that the stubborn fortress in his heart had loosened.

At least half of the reasons why he insisted on not changing his opinion were no longer judgments based on professional knowledge, and it was just that he couldn't save face.

Maybe face doesn't matter.

But before, he had said so many harsh words, and even persuaded the Brookhaven Science Society to speak up and criticize the behavior of the Luzhou Overhead Council—even those committee members had a half-hearted attitude.

It is foreseeable that if Lu Zhou really messes up something in the end, he will definitely become the one who was thrown out to take the blame.

"Let's live his dream..."

Chewing these words repeatedly, Professor Whittle reached out and grabbed the water glass on the table and took a sip to moisten his dry throat, but he couldn't suppress the irritability in his heart.

He now only expects IMCRC to be a complete failure, and the lunar hadron collider had better fail, or nothing can be found at all, and it will end hastily in the end.

When thinking about this, he didn't notice at all that his state of mind was no longer normal.

It was even twisted to such an extent that he didn't even recognize him...