Scholar’s Advanced Technological System

England.

In a house on the outskirts of Edinburgh.

An elderly man was sitting at a wooden table by the window, facing a slightly old computer, knocking on the keyboard letter by letter with his index finger, concentrating on editing an email.

Next to the corner of the table is a newspaper with a date two weeks ago.

On the open side, the printed news was the announcement of a temporary withdrawal from the IMCRC by the popular Brookhaven National Laboratory some time ago.

With tens of billions of dollars invested in research projects involving more than dozens of countries, it turned out to be such a big deal at the beginning, not only in physics, but also outside of physics.

In a complex mood, the old man wrote in an e-mail.

[… Physics should have been an enlightened discipline, and it is with respect for all points of view that we can achieve prosperity today. I am temporarily unable to assess whether the choice of the ark is correct, but even if he may be wrong, it is merely academic immaturity and should not be responded to in this irrational manner.

[… In summary, withdrawing from the experiment is definitely not a sensible option at this time. Both for the Brookhaven National Laboratory and for the long-standing unity of the physics community will be a great hurt… I do not know if there are political considerations behind this, but for whatever purpose it should not bet on the trust we have built over a hundred years.

[We hope you will reconsider this matter and may be dissatisfied at this time.

[—— Peter Higgs]

Peter Higgs.

Honorary retired professor at the University of Edinburgh, winner of the 13-year Nobel Prize in physics, which was awarded for the well-known Higgs particles.

For that name, let alone the vast majority of physicists, I'm afraid even those with little knowledge of physics will know a little.

Knocked down the name of the drop, the old man frowned slightly and looked up out the window as if it were a cloud that could fall at any moment.

Since retiring, only the body has become more and more sensitive to the weather, and everything else is eating. Especially with regard to time, even if he wakes up every morning to look at the calendar, he still forgets what day it is and what to do.

It's like this newspaper next to him.

By the time he saw it, the whole thing was almost two weeks old.

And when he rushed to contact his friends and searched the internet for relevant information, finally figured out the end of the story, he was in the same mood as the bad weather outside the window.

Immediately thereafter, he did the only thing since he retired that didn't drag him to tomorrow.

In other words, write to his old friend Professor Browich, who holds a prominent position at the Brookhaven Society of Sciences.

Regardless of whether the 750GEV feature peak is worth spending an entire year digging deeper, or whether the Ark, as chairman of the board of directors, intentionally started the project in isolation or not, at least the academia itself should not be preset.

It reminds him of 60 years ago.

He remembered that he had written a short paper and published it in CERN's journal, Physics Communications.

After that paper was overwritten, he then wrote a paper and cast it on Physical Communications, describing a theoretical model of his own imagination - now known as the "Higgs Mechanism” - which was edited back for ridiculous reasons.

The paper was finally published in the Physics Quick Review.

Had it not been for his insistence, perhaps even today, it would not have been possible to explain how the basic particles carrying the weak interactions actually acquired mass.

I thought about it for a long time in the face of a written email.

Looking at the word "summarised” in the penultimate line, he hesitated for a moment to remove the word from the message, to make the entire message appear as euphemistic as possible, and then clicked on the send button.

“… hopefully it will help. ”

Whether or not that old friend can hear himself, he has to do what he can.

He mumbled and muttered in his mouth, holding the armrest of the chair, stood up hard from the seat and trembled to the side of the window.

The windows were cloudy, but it was morning and it felt like it was getting dark. Neighbors across the street had closed their windows and put flower pots in the yard, as if a storm could fall at any moment.

“… it always feels like something big is going to happen today. ”

She muttered to herself, and the old man reached out and pulled the curtain.

Academic intuition is a very elegant thing.

I'm afraid he didn't even think of himself. He really deserved what he said...

……

February 2.

Today is an absolutely extraordinary day for the international physics community.

Three days after the end of the moon's dark night, the energy storage facilities for the Accidental Collider should have been fully equipped and the IMCRC would soon be conducting its next collision experiment in the near future.

Before the experiment began, it received widespread attention from the physics community.

There's no other reason.

Because just a short time ago, the Ark uploaded a hyperspace theory on the Arxiv website, and the basic particles that make up the atom contain a particle that is present in hyperspace.

Typically, these particles are fairly stable and barely expose themselves. Only in high-energy physics experiments where the collision reaches a certain magnitude will this particular particle appear briefly in the conventional sense of three-dimensional space-time in an extremely volatile form.

When the theory was published, a wave of controversy arose in the physics community.

Professor Ransova Engler, who was awarded the 2013 Nobel Prize for Physics with Professor Peter Higgs, spoke to the media in an interview.

“This theory may sound even more surprising than the hyperstring theory… Although hyperspace theory is not an avant-garde view, M theory has made a prophecy similar to ‘the complete universe should have eleven hyperspace dimensions', but it is ultimately just a guess. I'm actually more curious how he proves it than his theory. ”

“I mean, with today's physics experiments, we can only observe this dimension we're in, or something lower than that. ”

“I'm going to name one of the most common particles, if we're just paper people living on a piece of white paper, a little ball parallel to the paper we're on, and doing vertical motion. Assuming the light source is absolutely perpendicular to the paper, what we can see on the paper is just a stationary point projected on the paper. ”

“If there are particles that really exist in high dimensions, what we can see is at best its projection in three-dimensional space, let alone its complete motion trajectory. ”

“So what kind of experiment does he intend to use to prove that this theory is almost impossible to prove? Even if he is logically harmonious. ”

The creatures of the two-dimensional world can never know the whole of the three-dimensional world, and the creatures of the three-dimensional world are the same for the confusion of the four-dimensional world.

Whether or not Professor Ransova Engler can imagine how the Ark will prove its conclusions, a new round of IMCRC experiments is about to begin, when he merely expresses his curiosity and does not make the negative view as clear as Professor Whittle's.

After all, from the point of view of a physicist, he was very happy to see that the ark could solve the problem.

If he can prove that the fundamental particles that make up the universe are indeed hidden in a high-dimensional world, many of the challenges facing the physics community today will be solved.

The waiting process is so long.

While everyone was waiting for the IMCRC to update the experimental data, it was finally 12: 00 AM CST when the latest experimental data were synchronously uploaded into the official database.

As the message spread, universities working with the IMCRC around the world acquired first-hand information and began processing raw data.

Even the entire Brookhaven National Laboratory in OB downloaded the data with a thick face, even though it had been announced that it had temporarily withdrawn from the program.

And the results of the experiment were surprising.

At a time when the entire physics community was amazed by the results of this experiment, a debriefing under the auspices of the Ark itself began at the headquarters of the IMCRC…